Method for electromagnetically restructuring water for organismic consumption

ABSTRACT

A method for beneficially restructuring water and its contents for consumptions by organisms. The method involves subjecting water for a period of time to an electromagnetic field of a specific flux density varying from 10 −5  to 10 −21  gauss and a specific frequency varying from 0 hertz to 300 hertz, depending on the intended subsequent use of the water. The specific flux density and the specific frequency is empirically determined to restructure the water such that the water beneficially affects the organism to which the water is subsequently applied.

RELATED APPLICATIONS

This is a continuation-in-part of application Ser. No. 08/986,832, filed Dec. 8, 1997 now abandoned.

TECHNICAL FIELD

This invention relates to applying electromagnetic energy to water in order to beneficially restructure water for consumption by organisms. More particularly, water is subjected to specific electromagnetic flux densities and frequencies of electromagnetic radiation in order to beneficially restructure the water and its contents.

BACKGROUND OF THE INVENTION

In order to treat disease, organisms have previously been subjected to electromagnetic fields of various types, and a number of procedures involving the use of magnetic fields to treat disease have been described in various references. For example, U.S. Pat. No. 4,323,056 discloses numerous prior art patents and publications describing the use of electromagnetic materials and electromagnetic fields, e.g., lasers, microwaves and radio frequency (“RF”) induced magnetic fields, in the therapeutic treatment of mammals suffering from various disease conditions. These patents and publications typically teach ingestion of magnetic materials, for example, iron oxide, in patients in conjunction with the application of a magnetic force. Ferromagnetic particles become heated as a result of the coupling thereof to the magnetic field through their dielectric and hysteresis loss, the induced heating constituting the therapeutic properties of this form of treatment.

It is believed that these prior art processes were not successful for a number of reasons. The magnetic form of iron oxide is insoluble in body fluids and in substantial concentrations may be toxic to, or rejected by, the body. In addition, in many instances the amount of heat generated by these particles was excessive and substantial unwanted injury to tissue was experienced.

Devices for applying electromagnetic energy to living tissue are also disclosed, for example, in U.S. Pat. No. 2,099,511, to Caesar; U.S. Pat. No. 2,103,440, to Weissenberg; and U.S. Pat. No. 781,448 to McIntyre. Caesar teaches applying an alternating magnetic field to a localized area, and it is also believed to rely primarily on localized heating (diathermy). Weissenberg teaches application of a low level field, and McIntyre teaches means ostensibly applying a homogeneous field to the whole body of a plant or animal, for therapeutic reasons. These patents demonstrate the interest in application of electromagnetic energy to plants and animals for therapeutic reasons, but do not teach any particular means for determining a field strength or frequency that will have any particular beneficial effects.

In connection with accelerating healing of traumatic injuries, U.S. Pat. Nos. 4,611,599 and 4,576,172, both to Bentall, U.S. Pat. No. 3,890,953 to Kraus et al., and U.S. Pat. No. 3,738,369 to Adams et al., induce particular fields for purposes of promoting growth of damaged tissue. The prior art includes a wide range of field strengths and frequencies, Bentall teaching RF frequencies and Kraus teaching power line frequencies.

In addition, U.S. Pat. No. 5,269,746, to Jacobson, the present inventor, teaches a method of therapeutically treating epilepsy and Parkinson's disease which comprises subjecting mammals suffering from these diseases to an alternating magnetic field having flux density and a frequency calculated as a function of the mass of the oncogene, target gene, messenger RNA, protein, enzyme and/or hormone. This calculation equates the energy of a current electromagnetically induced in the mammal with the gravitational energy of the target genetic material, such that a dual resonance is achieved.

Although these references may disclose certain beneficial effects of electromagnetism on organisms, they do not disclose a process whereby water itself is treated with electromagnetism in order to beneficially restructure the water. Methods and devices for beneficially restructuring water are therefore needed, and are provided by the present invention.

SUMMARY OF THE INVENTION

None of the references discussed above have disclosed the advantages that can be obtained by applying electromagnetic energy directly to water for the purpose of altering its structure so that when the water is ingested by, or applied to, various organisms, the organisms are beneficially affected. According to the present invention, means are provided for calculating the flux densities and frequencies appropriate for restructuring water and its contents, by tailoring the flux density and frequency applied to the water for a given purpose. After determining the correct flux density and frequency to be applied to water for a particular application, a homogeneous electromagnetic field is applied to the water at the prescribed levels thereby inducing changes in the physical properties of the water.

Water which has been subjected to Jacobson Resonance (also referred to as “restructured”, “resonated” or “organized” water) is softer, more quickly absorbed and has improved solvency properties; i.e., it is able to resonate with more soluble matter. Therefore, restructured water will improve the health of humans and animals through resonance derived of improved organization. The restructured water will enhance the growth of fruits, vegetables, and plants in general. Magnetization of water solvents will improve the detergent capability of organisms by improving reactivity and capacity for interactivity with more soluble matter. The beneficial properties of organized water will therefore be seen when the water is utilized for bathing, cooking, cleaning, drinking, agriculture, medicine, veterinary medicine, cosmetics, and other applications.

The present invention, therefore provides for electromagnetic treatment of water, more preferably natural or spring water, with Jacobson Resonance in order to render the water more conducive to organismic life by restructuring and clustering molecules within the water, thereby increasing the absorption rates, biological coherence, and cooperativity of the water to the solute within the water. The present invention generally includes subjecting water to alternating and steady magnetic fields having flux densities ranging from 10⁻⁵ gauss to 10⁻²¹ gauss, and frequencies ranging from direct current (“DC” or 0 hertz) to 300 hertz. These magnetic fields recrystallize water molecules, particularly those water molecules with trace metals critical to the regulation of genetic information transfer. The invention may utilize various protocols in order to mechanically vibrate other targets.

The present invention also provides an apparatus for applying magnetic fields of the type described above to water. The apparatus, referred to as the “Jacobson Resonator” or the “Resonator”, is comprised of a signal generator, attenuator unit, a set of simplified Helmholtz coils, and an application device on which the water to be treated is placed.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 shows a water molecule's angular structure.

FIG. 2 shows water states in living systems.

FIG. 3 shows the dynamic solution of the tessellation by regular pentagons: ΔE and Γ are possible distortions of the five fold symmetry, thus becoming non-regular units. With Γ the five fold symmetry is kept.

FIG. 4 shows the proper tessellation on the plain sheet by non-regular pentagons.

FIG. 5 shows the peculiar structure of water as a quasi-crystalline polymeric structure: wherein the molecules are permanent dipoles which join labily creating a network of hydrogen bonds.

FIG. 6 illustrates that a water molecule joins another four forming a constantly changing short lived polymeric highly cooperative structure. Additionally, it shows that polarity makes water molecules cluster around ions. Polar molecules are therefore also hydrophile and hydrosoluble.

FIG. 7 illustrates hydrophobic interactions linking molecules.

FIG. 8 illustrates a solenoidal system magnetizing water molecules, preparing the structured water for human consumption.

FIG. 9 is a diagram of the effect of the field on the motion of water.

FIG. 10 is a perspective view of the support stand and application device of the Jacobson resonator.

FIG. 11 is a schematic of the basic circuit of the Jacobson resonator.

DETAILED DISCUSSION OF THE INVENTION

The method of the present invention provides for electromagnetic treatment of water, with Jacobson Resonance in order to render the water more conducive to organismic life by restructuring and clustering molecules within the water, thereby increasing the absorption rates, biological coherence, and cooperativity of the water to the solute within the water. The method generally includes resonation of water at various flux densities and frequencies depending upon the use which will subsequently be made of the resonated water. After resonation, the water is thereafter applied to, or consumed by, organisms to treat disease and promote health of animal organisms and is also beneficial in enhancing the growth of plants, particularly fruits and vegetables.

According to the present invention, water is subjected to alternating and steady magnetic fields having flux densities ranging from 10⁻⁵ gauss to 10⁻²¹ gauss, and frequencies ranging from direct current (“DC” or 0 hertz) to 300 hertz. These magnetic fields recrystallize water molecules, particularly those water molecules with trace metals critical to the regulation of genetic information transfer. The invention may utilize various protocols in order to mechanically vibrate targets such as whole viruses, parts of viruses (such as the gp120 envelope of HIV which juts into a CD4 receptor site of T-4 lymphocytes), bacterium, fungi, and other pathogens and foreign bodies. The method of the present invention impinges certain resonant frequencies upon water molecules which will be restructured and will send electromagnetic messages to macromolecules like enzymes which then change their vibrational states. The size of the seed, plant, fetus, animal and adult to which the restructured water to be applied or which is to consume the restructured water, changes the requirements for the signal at which the water is resonated. After water is restructured, the restructuring water is subsequently supplied to an organismic system for which the water was prepared.

An organismic system may be generally described as an aqueous solution in which water is mostly well ordered, nearly crystalline (or semi-crystalline). A polarized multi-layer of water was described which can be considered to be in a quasi-crystalline state. Relative order formed “dilute salted water” in the system has entirely different mechanical, chemical, physical behaviors than the normal aqueous solutions. The important role in the living systems of “ordered water” was pointed out in the mid-1960's and was later proved.

At first, it was suggested that ordered water was as much as 50% of the total amount of water in living bodies, but systematic investigations approximated more ordered water than was expected before. One expert, for example, has suggested that at least 95% of the cell water is bonded to fully extended proteins. In other organismic systems, 75% of the cell water was found to be bonded to fully extended proteins.

Current theories teach the conventional membrane-pump model of interaction between water and cells. Pursuant to this model, the bulk of the cell water is normal liquid water, and there is little or no interaction between the bulk-phase water and cell macromolecules. It is believed that this theory is incorrect. The more accurate theory is the association-induction model proposed by Dr. G. Ling, in which the bulk-phase water in living cells exists as polarized multilayers, interacting strongly and pervasively with intracellular macromolecules; i.e., extended proteins. Of course, it is expected that a more refined polarized-multilayer theory may be developed because there is still a lack of quantitative knowledge about the structural properties of the water molecule (e.g.; the radial distribution function and the space-time correlation function). Dr. Ling's association induction hypothesis is not yet sufficiently detailed to permit a calculation of the Nuclear Magnetic Resonance (“NMR”) relaxation times, as well as diffusive properties of cellular water. However, there is sufficient data about the diffusive motion of water molecules in biological systems to make two general qualitative statements: (1) within a cell, the amount of water experiencing reduced diffusive motion is substantial; and (2) the rotational motion of the majority of water molecules in a cell is reduced significantly from that of ordinary water. These principles are consistent with the present invention which is based on the interaction between water and solids within the organismic system which is treated by the restructured water. By beneficially restructuring the water that is supplied to the organismic system, the organismic system is beneficially affected.

It should be evident, therefore, that the present invention takes advantage of the physical properties of water as a solvent which are subject to change when macromolecular structure and/or motion is altered. These changes arise from intrinsic reorientations of biomolecular systems which are secondary to underpinning electromagnetic dispositional states and extrinsic changes in electromagnetic fields. The relationship of matter contained in the cells and the electromagnetic field to which the water is subjected is called superradiance.

Biological systems are held together by long range forces, namely electromagnetic forces in the ground state, i.e., the minimum energy configuration. Coulomb forces are short range forces and cannot account for the order of biosystems. Therefore, static forces acting at short distances are key-lock in type, and cannot account for the property of rigidity in matter, or account for communications in biological matter.

Body interactions are therefore not just the sum of the number of body interactions. Photons are emitted or absorbed during transition of energy states of atoms. When there are many particles in the unit volume super-radiance is the quantum result without any classical analog. Spontaneous fluctuations in atoms induce force fluctuations in other atoms which refer to phase coherence in the ground state. Photons are a commonwealth and cannot be traced back to any particular atom. Rather, photons are convicted and energy is lost. Although photon frequency decreases, photon momentum is unchanged. Photons are thus not radiated. Fields beyond a density threshold are trapped in biological matter. Photons with definite oscillations are shared among many particles. Thus, all the particles are compelled to oscillate according to the phase of the photons. The foregoing occurs as the particles of a gas move closer together.

The sides of coherence domains are the wavelengths of photons. According to the formulas: ${\begin{matrix} \clubsuit \\ ◆ \\ ◆ \\ ◆ \\ \heartsuit \end{matrix}{wavelength}\begin{matrix} \bullet \\  \div \\  \div \\  \div \\  \neq  \end{matrix}O\quad \frac{h}{mv}\quad \frac{{mc}^{2}\bullet \quad t}{mv}\quad {and}\quad \gamma \quad \frac{{mc}^{2}}{mvl}},$

γ decreases as l increases, that is the photons are shared by greater numbers of particles. Momentum remains the same. Energy is therefore given off as the electromagnetic field assumes a minimum energy configuration, and the photons serve as glue for the condensed system.

When the biosystem changes, photons are emitted resulting, for example, in bioluminescence. The gain of energy is proportional to density. Particles stop collapsing only when they meet the repulsive hard core forces i.e., the impenetrability of matter. The only task of this field is to keep the particles in phase without producing any work. Thus, the second principle of thermodynamics is not violated and spontaneous creation of order in the ground state occurs. Congruent and coherent oscillatory trajectories or vibrational states whether rotational and/or translational are shared by aggregations, groups, strings, or clusters of molecules e.g., water which produce the ordering and cooperativity of systems.

The earth rotates at approximately 1000 mi/hour and orbits the sun at 18.5 mi/sec and moves through the local star cluster toward the bright star Vega with the solar system at about 12 mi/sec. The local cluster of stars takes part in the rotation about the center of our galaxy at an average speed of 200 miles per second. Similarly, groups, collections, strings or polarized layers of water molecules maintain numerous frequencies of vibrational modes and relative motions simultaneously. Likewise, resonating water molecules with a variety of magnetic flux densities and frequencies will engender vibrational patterns or periodicity or clusters in sets or clusters of molecules that can be retained for some time only to interact with macromolecular complexes once ingested into a biological system as the solvent relates and communicates with solute particles thus inducing phase coherence and adjustments of electrophysiological states and biochemistry. The force between particles in a liquid or solid (condensed matter) depends upon how many particles share a common phase. Because it represents an atypical coherence domain in water, the force between particles is directly proportional to the number of molecules as compared to the force in vacuo, where there is only a small force between a small number of molecules.

In vacuo, the dominant force is the static force, and in condensed systems the dominant force is the radiated force. Moving from the gaseous state to the liquid state the density of water is 1600 times greater, thus increasing the force between molecules accordingly. In renormalizing frequency electromagnetic field is trapped in the ground state while (mv) remains the same. When momentum (mv) is renormalized the trapped light will come out e.g., bioluminescence. Light will be emitted by biosytems (e.g. sono-luminescence) when sound waves are produced in the system. From the antinode of the stationary wave light is emitted. The frequency of the emitted light depends upon the liquid. Each liquid has its own frequency. Biosystems have many frequencies contained by the solvent. Collapsing bubbles affect temperature (a diabatic compression) in applying van der Waals equation, p molecules are excited and light is emitted.

Yet, carbonation is not the only explanation of sonoluminesence. Thousands of particles firing their photons synchronously into a short time interval in coherence domains accounts for light being emitted from a pressure wave, i.e., sound. Trapped light of superradiance is explicable through an understanding of aggregations of molecules maintaining phase coherence. Various frequencies in water with multi-polarized layers refer to collective processes. In liquids it is the electrons which move coherently. Electrons compel nuclei to stay at fixed distances, but not a fixed place in water. Solids appear when we get superradiance of nuclei.

Consider for example, two foreign molecules A and B entering into water from outside the system. In the spectra of A and B, there are frequencies W_(A) and W_(B) which are equal and equal to the common superradiance of water (renormalized frequency). Since the field depends upon frequency and since these molecules contain the code of recognition of frequency these molecules are not distinguishable from water. Frequency is the natural language of the molecules. The two body attraction is magnified by the larger number of particles as the water attraction. The attraction between A and B while in water is highly magnified. When a third molecule C is introduced into the water which is unable to co-resonate with water, C does not have in its own spectrum or frequency propensity for recognition of the pattern. A and B will interact strongly while in water and not C. The chemical pattern in this way is governed by the superradiant behavior of the solvent, which is able through this mechanism to select interacting molecules on the basis of pattern recognition which is the code of frequency.

Consider, however, 3 molecules A, B and C, each one having 2 possible frequencies in their spectra. If that water has now 2 superradiances and WA=WB, A and B will interact strongly and not C. Without touching A, B and C the superradiance of water can change for example, if in this case, the equality changes between B and C and not A then WB=WC. Thus, the chemistry would suddenly change. B and C would attract strongly, and A would not attract.

In this example, A, B and C did not change at all. Rather, the water changed. Since we can affect the properties of the solvent without touching the solute we can dramatically change the chemistry of the solute just by changing the frequency at which super-radiance could occur. In biosystems we have ordered patterns of reactions and we can regulate these reactions by restructuring water with magnetic signals having physiologic amplitudes and frequencies for water, the selection at each given time of which molecules will interact strongly controls cooperating of systems.

When there is disease the order of biochemical maturity is altered. It is possible to reorder the pattern by introducing resonated water with codes for frequencies to restore the proper biochemistry to the biosystem. Or, in the case of giving resonated water to plants we may regulate the various processes that regulate growth and repair. Furthermore, in this manner of giving resonated or restructured water to biosystems we may even regulate genetic information transfer as well as the susceptibility of an organism to foreign interaction, e.g., alter the immune responses. When biological systems are poisoned, cavities increase and more light is lost.

In order to understand the present invention, one may envision a living system as an aggregation of atoms which share ubiquitous photons (quanta of light) which serve as the “glue of matter”. These photons are bound in the ground state where they will remain due to the long range force of matter. Since living systems are composed of coherent charged states and cooperative systems, restructuring the solvent, namely the water, in the living systems changes the molecular vibrational frequencies of the living system itself.

It is possible to regulate the structure of water and thereby induce critical molecules like genes, enzymes, neurotransmitters, antibodies and hormones to restructure by changing the spin angular momenta of electrons and protons with externally sourced picotesla range, physiologic fields. When pathophysiological states occur, there are biophotonic emissions, or the release of the radiant quanta which regulated coherence and communications. If water within cells and in tissues is organized, then the organization of water is sensitive to the physiological and pathophysiological states of cells and tissues. When water is treated with electromagnetic fields corresponding to normal magnetic profiles in humans, animals and plants and ingested by these systems, there occurs systemic reorganization of superradiances: frequencies of vibrational modes through which constituents communicate to improve total function of the living system. Therefore, the consumed water affects the solutes which it comes into contact with and vice versa. The affect is therefore multidirectional—water affecting solids and solids affecting the water. Additionally, human tissue is piezoelectric, that is mechanical vibrations are converted into electromagnetic oscillations and vice versa. Therefore, vibrational modalities of molecules of water, as well as macromolecular systems, will enhance mutual coherence domains so all the constituents of the system will be correlated as they come into contact with each other.

Consumption of organized or coherent water molecules will reorganize the particles of the solute (critical molecules) to produce increase in coherence domains, improved communications between the various atomic constituents of living systems and improve health. Consumption of electromagnetically treated water therefore improves health as these water molecules take their places as solvent in the living systems.

The living process involves the gradual loss of the electron energy of incoming compounds (nutriments, foods) by a multi-step oxidation having very little energy changes in a single step. The typical metabolic energy-step is in the range of the hydrogen-bridge bond. Consequently, it is possible to rearrange the water structure.

Water is an excellent solvent, a catalyst for many chemical reactions, a good storehouse for both heat and cold, and a poor electrical conductor when pure. The unique properties of water are based on its unusual structure and on the polarity of its molecule. Adding ions to water as trace metals adds to the capacity for reactivity. The water molecule's angular structure is shown in FIG. 1. The hydrogen atoms are about 1 angstrom unit away from the oxygen atom, bound to it by covalent bonds. Each covalent bond is due to the mutual sharing of a pair of electrons between each hydrogen and the oxygen. However, the sharing is unequal because an oxygen atom is considerably more electronegative than a hydrogen atom. The oxygen atom is able to pull both electron pairs much closer to it. The oxygen has a partial positive charge. Although the water molecule as a whole is electrically neutral, it is highly polar: that is, it has a negatively charged pole (at the oxygen atom) and a positively charge pole (centered between the hydrogens). The polarity results from the bent shape of the molecule and the distribution of electrical charges within it.

FIG. 2 represents water states in living systems. It also shows geometrical frustration in three dimensions, where (a) breathing like, and (b) tilting like, changes the icosahedral cluster. Note that we may change the physical properties, for example the dielectric constant, of a material; e.g., water, without changing the composition (only the microscopic ordering) of the medium itself.

FIG. 3 shows the dynamic solution of the tessellation by regular pentagons: {overscore (ω)}E and θ are possible distortions of the five-fold symmetry, thus becoming non-regular units. With θ the regular five-fold symmetry is kept; the geometric frustration causes the units to vibrate (if these units are composed of water, the hydrogen bridges will vibrate).

FIG. 4 shows the proper tessellation on the plain sheet by non-regular pentagons. Ordered states of water reveal coherence in the domains of the quantum world as subatomic particles move in relative translational and rotation modes which are dependent upon the elementary electrical charges which comprise the electromagnetic field - matter.

The solid and aqueous phases of the cytoplasm are the meeting point between biochemistry and biophysics. Water, which includes free water in the cytoplasm, has a peculiar structure, a quasi-crystalline polymeric structure: all its molecules are permanent dipoles which join labily creating a network of hydrogen bonds. FIGS. 5 and 6 shows that at 37° C. every water molecule joins another four forming a constantly changing short lived polymeric highly cooperative structure.

Although hydrogen bonds continuously form and disrupt, they give the ‘water polymer’ a high level of cohesion, which in turn displays certain characteristics—such as high surface tension, high specific heat, and high vaporization heat. Water has a high dielectric constant (E−80 at 20° C.) which is correlated to the refraction index and to a high absorption of infrared and microwaves. In ice, which is highly structured water, the dielectric constant is extremely low (E=5).

Water is a statistic assembly of five types of molecules which form 0, 1, 2, 3, or 4 hydrogen bonds per molecule. In this model the hydrogen bonds form and then disrupt and bending must be considered.

Theories on the structure of water postulate the existence of molecular clusters or aggregates. This hypothesis is consistent with the dielectric behavior, which is property pertaining to molecular clusters rather than to single molecules. H₂O molecules connected by hydrogen bonds aggregate in clusters which have an extremely short mean life (10⁻¹⁰-10⁻¹¹ sec.).

Polarity makes water molecules cluster around ions (Na⁺ and CI⁻) and other polar molecules (—COOH) and establish hydrogen bonds with them. Polar molecules are therefore also hydrophile and hydrosoluble (FIG. 6). Apolar molecules break the network of hydrogen bonds, they are hydrophobic and insoluble. They tend to isolate themselves from surrounding water by forming hydrophobic interactions which play a very important functional role.

As well as reacting with ionizing radiation (forming radicals and peroxides), water interacts with non ionizing radiation to produce various conformational changes which are determined by charge distribution, motions of aggregations of clusters of water molecules through space and time, and coherent communications between water and its contained ponderable bodies.

Water forces the hydrophobic groups to aggregate or cluster to minimize the disruptive effect they could have on the H bond network. When hydrophobic groups associate like this, it is often said they are aggregated by “hydrophobic bonds”,.

As seen in FIG. 7, hydrophobic interactions can link molecules (hydrophobic bond). Two or more hydrophobic groups tend to isolate from surrounding water with its polymeric like structure. This mechanism is the possible cause of enzyme-enzyme and enzyme-filament interactions in the sheet of structured water adjacent to the solid state protein structures.

The traditional interpretation whereby intracellular water was seen to have the same characteristics as free water has been reviewed: several experiments prove that a large fraction of intracellular water has properties which differ from those of the pure liquid. Biophysically cytoplasm is considered a gel, consisting of a rich dynamic network of interconnected filaments that give the cytoplasm that stiffness and elasticity without hindering its fluid character.

The relationship between the filament structures of the cytoplasm and water have been studied. We see the cytoskeleton as a solid state dynamic reticulum with a very vast surface, estimated at about 70-90 billion sqnm per cell. Clegg was able to prove experimentally while using several techniques that the water surrounding the cytoskeleton is ordered; that is aligned with polar links on the surface of the proteins. Consequently this means that each cell has a very thin layer of ordered water extending over at least 3 nm from the billions sqnm of solid state surfaces.

We believe through a dipolar mechanism this water can be coupled to the coherent dynamics of the protein solid state, protecting it from thermal dissipation and thus creating favorable conditions for the protein filaments to carry signals.

Biophysicists currently view hyaloplasm (that is MT reticulum+water) as a highly ordered and structurally coherent reticulum of dynamic protein polymers which is closely connected to ordered water through a vast surface; it has a lower level of entropy and a lower dielectric constant compared to the free water far from the reticulum surface.

The biological importance of the juxtafilament structured water becomes apparent when considering the well based hypothesis that all metabolic activities take place on the surface or near the surface of cell ultrastructures, because this means that enzymes operate in a microenvironment which is different from a diluted aqueous solution.

Of the relaxation processes of excited atoms and molecules one must consider fluorescence, or radiative relaxation, which is quick de-excitation with emission of a photon whose energy is less than that of the incident radiation. Excited molecules can relax by means of a chemical reaction with other excited or non-excited molecules, yielding free radicals, biradicals or stable molecular products. Excited molecules can transfer their excitation energy to other molecules through non-radiative processes (excitons, conformational variations) as well. They can also de-excite in a non-radiative mode by internal conversion of excitation energy into mechanical or vibrational energy which is our goal in utilization of physiologic magnetic fields i.e., the production of stable, balance and homostatic products and processes.

Living systems must be regarded as a unit, since their properties cannot be additively composed from the properties of its parts, and it is not possible to divide living systems into parts carrying the properties of the system. The living reactions are special processes which are cooperative, collective phenomenon expanded over the whole living unit (protein, cell, etc.) depending on the level of the interaction. The cooperativity in the living state is the essence of the phenomenon. Some synchronized effects characterize life (for example, the growth or the dividing of cells) which have to have a general controller in the system. Some cooperative mechanisms have been ascribed to the living state, e.g., chemical, solid-state electronic and ionic transfer, as well as fractional charge-transfer. These phenomenon have succeeded in explaining different special proteins (e.g., enzymes) or whole cells. As another example, ionic concentration (pK) has also been introduced governing and explaining the collectivity of some special process.

The first suggestion of a solid-state type electronic process in living systems as one of the possible collectivity in proteins and DNA was made by Szent-Gorgyi in 1941. An early calculation strongly suggested the existence of a conduction band in proteins. This was later proven experimentally by observing a semi-conductive behavior with a forbidden gap of 2-3 eV. The measured conductivity in wet proteins (there is no effect in dry proteins) supports this conclusion.

The protocol which the water (or other material to be realigned for ingestion into the body of a human, or, abrasion to the body of a human such as a material; e.g., cotton) must be exposed to electromagnetically is determined by the physiologic nature of the signal. That is, the field impinged upon the water molecule, trace metal, foreign body; e.g., virus, clothing material, cosmic construction block, etc., should be that field which the target element in vivo must experience to maintain order, coherence, cooperativity and coherent oscillatory trajectories of particulate matter composing the body thereto.

The electromagnetic field, focusing upon the magnetic component of the signal may be created by a solenoid, helmholtz coil, plates, free flowing electrical current magnetic components, poloidal magnets, toroidal coils and any other means of producing a homogeneous, isotropic magnetic field to therein induce changes in spin angular momenta of leptons and baryons, thus causing changing magnetic moments, and crystalline restructuring. Since the atoms are spinning permanent magnets, they are susceptible to reorientation by extrinsically sourced magnetic forces. Solenoids and helmholtz coils, plates, poloidal magnets, toroids, free electrical currents all may produce the appropriate EM signals. A solenoidal exposure system or a helmholtz coil exposure system is acceptable to produce a homogeneous isotropic magnetic field to therein rearrange the water molecule itself; i.e., the particles that comprise the atoms that make water may themselves participate in changing charge densities and cooperativity between changing systems or kinetic systems such as our universe.

FIG. 8, for example, shows a solenoidal system magnetizing water molecules, preparing the structured water for human consumption. The levels of magnetization are provided in Tables 1, 2 and 3 below. The Jacobson Resonator, described in detail below, produces such an electromagnetic field, and it is preferred to use the Jacobson Resonator to create and control the electromagnetic fields to which the water is subjected.

TABLE 1 Critical molecules used in calculating the amplitude and frequency or desired magnetic field. Freq., Length, Velocity, Intensity, B F L* V# Critical Molecules (Gauss) (Hz) (cm) (cm/s) 1 Spectrin, Brain Specific 1.0 × 10⁻⁵ 0.15 ML SS Fodrin 2 Neurofilaments, L-70kb, 2.5 × 10⁻⁶ 71.0 ML EO Hemoglobin, MAP-70kd 3 Interferon, Leukotrines, 1.3 × 10⁻⁶ 36.0 ML EO Platelet Derived Growth Factor (PDGF) 4 Nerve Growth Factor 9.97 × 10⁻⁷ 27.9 ML EO (NGF), Kinesine 5 Motor Proteins 9.0 × 10⁻⁷ 25.2 ML SC 6 Microtubule Associated 8.25 × 10⁻⁷ 23.0 ML SC Protein (MAP) 2a, 2b 7 Melatonin, Calmodulin, 7.0 × 10⁻⁷ 19.0 ML SC Spectrin, Brain Specific Fodrin 8 IgE 6.2 × 10⁻⁷ 17.4 ML SC 9 Neurofilaments, 5.7 × 10⁻⁷ 16.0 ML EO Calmodulin 10 IgG, Epinephrine 4.6 × 10⁻⁷ 12.8 ML ER 11 Tubulin ΔE dimer 3.4 × 10⁻⁷ 3.6 ML SC 12 IgM (900KD), 2.7 × 10⁻⁷ 7.6 ML SC Dopamine, Norepinephrine, Homeoboxes 13 Neurofilaments L-70KD 2.1 × 10⁻⁷ 5.6 ML SC 14 MAP, G-actin, Calcium 1.75 × 10⁻⁷ 5.4 ML SC ion, Microtubule, Tubulin globular monomer 15 Potassium, Bone Growth 1.5 × 10⁻⁷ 4.1 ML SC Factor (BGF) 16 GAP, Homeoboxes, Iron 1.26 × 10⁻⁷ 3.5 ML ER 17 Serotonin, Interferon, 9.0 × 10⁻⁸ 2.5 ML SC Platelet Derived Growth Factor (PDGF) 18 NGF 7.5 × 10⁻⁸ 2.1 ML SC 19 Calmodulin, Profilin 5.0 × 10⁻⁸ 1.4 ML SC 20 ATP 3.4 × 10⁻⁸ 0.952 ML SS 21 Epinephrine, Serotonin 3.4 × 10⁻⁸ 0.952 HL SS Table 1: Magnetic field intensities (B) calculated from Eqn (1), and frequency (f) from Eqn (2) using the mass (m) of critically important molecules (total of 14 settings). Note B- and f- values with were calculated by the use of length (1) mice ML, and four different velocities (v): They are: EO earth orbital velocity, ER earth rotational velocity, SS solar system velocity, and SC local star velocity. #In calculating the magnetic field intensities and frequencies from Equation (1), four different velocities were used. They are Earth Orbital (EO), Solar system (SS), Earth Rotation (ER), Local Star Cluster (SC). *All of the B- and f- values were calculated using length of mice (ML), except for enpinephrine and serotonin, which was calculated from the length of human (HL).

TABLE 2 Intensity, B Freq., F Length, L* Velocity, V# Critical Molecules (Gauss) (Hz) (cm) (cm/s) Motorprotein   9 × 10⁻⁷ 25.2 ML SC IgE 0.2 × 10⁻⁷ 17.4 ML SC Neurofilaments 2.1 × 10⁻⁷ 5.6 ML SC NGF 7.5 × 10⁻⁸ 2.1 ML SC Calmodulin, Profilin   5 × 10⁻⁸ 1.4 ML SC ATP 3.4 × 10⁻⁸ 0.952 ML SS Epinephrine, Serotonin 3.4 × 10⁻⁸ 0.952 ML SS

Additional magnetic field intensities (B) calculated from Equation (1), and frequency (f) from Eqn (2) using mass (m) of critically important molecules (total of 20 settings when these 8 are added to 14 settings in Table 1). Note these B- and f-values were calculated with the use of length (1) of mice ML, length (height) of human HL, and two different velocities: They are: SC local star cluster velocity and SS solar system velocity.

TABLE 3 Table For Humans (Length = 1.7 × 10² cm) 3.22 × 10⁷ cm/s star cluster (SC) Inertial 2.98 × 10⁶ cm/s earth orbital (EO) Velocities: 4.642 × 10⁴ cm/s rotational earth (ER) — B target masses target masses (microgauss) (Hertz) in (daltrons) in (daltrons) FIELD FREQUENCY EO SC 0.001 0.028000001 339.321 3619.424 0.002 0.055000001 678.642 7238.848 0.003 0.084000002 1017.963 10858.272 0.004 0.112000002 1357.284 14477.696 0.005 0.140000030 1696.605 18067.120 0.006 0.168000003 2036.926 21716.544 0.007 0.196000004 2375.247 25335.968 0.008 0.224000004 2714.568 28955.392 0.009 0.252000005 3053.889 32574.816 0.010 0.280000006 3393.210 36194.240 0.011 0.308000006 3732.531 39813.664 0.012 0.336000007 4071.852 43433.088 0.013 0.640000070 4411.173 47052.512 0.014 0.392000008 4750.494 50871.936 0.015 0.420000008 5089.815 54291.360 0.016 0.448000009 5429.136 57910.784 0.017 0.478000010 5768.457 61530.208 0.018 0.504000010 6107.778 65149.632 0.019 0.532000011 6447.099 68769.058 0.020 0.560000011 6786.420 72388.480 0.021 0.588000012 7125.741 76007.904 0.022 0.618000012 7465.062 79627.328 0.023 0.644000013 7804.383 83246.752 0.024 0.372000013 8143.704 86866.176 0.025 0.700000014 8483.025 90485.600 0.026 0.728000015 8822.346 94105.240 0.027 0.756000015 9161.667 97724.448 0.028 0.854000016 9500.988 101343.872 0.029 0.812000016 9840.309 107963.296 0.030 0.840000017 10179.630 108582.720 0.031 0.868000017 10518.951 112202.144 0.032 0.896000018 10856.272 115821.568 0.033 0.924000018 11197.593 119440.992 0.034 0.952000019 11536.914 123060.416 0.035 0.980000020 11876.235 126679.840 0.036 1.008000020 12215.656 130299.264 0.037 1.036000021 12554.877 133918.888 0.038 1.064000021 12894.198 137538.112 0.039 1.092000022 13233.519 141157.538 0.040 1.120000022 13572.840 144776.960 0.041 1.148000023 13912.161 148396.384 0.042 1.176000024 14251.482 152015.808 0.043 1.204000024 15690.803 155835.232 0.044 1.232000025 14930.124 159254.658 0.045 1.260000025 15269.445 162874.080 0.046 1.288000026 15608.766 166493.504 0.047 1.316000026 15978.087 170112.928 0.048 1.344000027 16287.408 173732.352 0.049 1.372000027 16626.729 177351.776 0.050 1.400000028 16966.050 180971.200 0.051 1.428000029 17305.371 184590.624 0.052 1.456000029 17644.692 188210.048 0.053 1.484000030 17984.013 191829.472 0.054 1.512000030 18323.334 196448.896 0.055 1.640000031 18662.655 199068.320 0.056 1.568000031 19001.976 202687.744 0.057 1.596000032 19341.297 206307.168 0.058 1.624000032 19680.618 209926.592 0.059 1.652000033 20019.939 213546.016 0.060 1.680000034 20359.260 217165.440 0.061 1.708000034 20696.581 220784.864 0.062 1.736000035 21037.902 224404.288 0.063 1.764000035 21377.223 228023.712 0.064 1.792000036 21716.544 231643.163 0.065 1.820000036 22066.866 235262.560 0.066 1.848000037 22395.186 238881.984 0.067 1.876000038 22734.507 242501.408 0.068 1.904000038 23073.828 246120.832 0.069 1.932000039 23413.149 249740.256 0.070 1.960000039 23752.470 253359.680 0.071 1.988000040 24091.791 256979.104 0.072 2.016000040 24431.112 260598.528 0.073 2.044000041 24770.433 264217.952 0.074 2.072000041 25109.754 267837.376 0.075 2.100000042 25449.075 271456.800 0.076 2.128000043 25788.396 275076.224 0.077 2.156000043 26127.717 278695.648 0.078 2.184000044 26467.038 282315.072 0.079 2.212000044 26806.359 285934.496 0.080 2.240000045 27145.680 289553.920 0.081 2.268000045 27485.001 293173.344 0.082 2.296000046 27824.322 296792.768 0.083 2.324000046 28163.643 300412.192 0.084 2.352000047 28502.964 304031.616 0.085 2.380000028 28842.285 307651.040 0.086 2.408000048 29181.606 311270.464 0.087 2.436000049 29520.927 314889.888 0.088 2.464000049 29860.248 318509.312 0.089 2.492000050 30199.569 322128.736 0.090 2.520000050 30538.890 325748.160 0.091 2.548000051 30878.211 329367.584 0.092 2.576000052 31217.532 332987.008 0.093 2.604000052 31556.853 336606.432 0.094 2.632000053 31896.174 340225.856 0.095 2.660000053 32235.495 343845.280 0.096 2.688000054 32874.816 347464.704 0.097 2.716000054 32914.137 351084.128 0.098 2.744000055 33253.458 354703.552 0.099 2.722000055 33592.779 358322.976 0.100 2.800000056 33932.100 361942.400 0.101 2.828000057 34271.421 365561.824 0.102 2.856000057 34610.742 369181.248 0.103 2.884000058 34950.063 372800.672 0.104 2.912000058 35289.384 376420.096 0.105 2.940000059 35628.705 380039.520 0.106 2.968000059 35968.026 383658.944 0.107 2.996000060 36307.347 387278.368 0.108 3.024000060 38646.668 390897.792 0.109 3.052000061 36985.989 394517.216 0.110 3.080000062 37325.31 398136.640 0.111 3.108000062 37664.631 401756.064 0.112 3.136000063 38003.952 405375.488 0.113 3.164000083 38343.273 408994.912 0.114 3.192000064 38682.594 412614.336 0.115 3.220000064 39021.915 416233.760 0.116 3.248000065 39361.236 419853.184 0.117 3.276000066 39700.557 423472.608 0.118 3.304000066 40039.878 427092.032 0.119 3.332000067 40379.199 430711.456 0.120 3.360000067 40718.520 434330.880 0.121 3.388000068 41057.841 437950.304 0.122 3.416000068 41397.162 441589.728 0.123 3.444000069 41736.483 445189.152 0.124 3.472000069 42075.804 448808.576 0.125 3.500000070 42415.125 452428.000 0.126 3.528000071 42754.446 456047.424 0.127 3.556000071 43093.767 459666.848 0.128 3.584000072 43433.088 463286.272 0.129 3.612000072 43772.409 466905.696 0.130 3.640000073 44111.730 470525.100 0.131 3.668000073 44451.051 474144.544 0.132 3.696000074 44790.372 477763.968 0.133 3.724000074 45129.693 481383.392 0.134 3.752000076 45469.014 485002.816 0.135 3.780000076 45808.335 488622.240 0.136 3.808000076 46147.658 492241.664 0.137 3.936000077 46486.977 495861.088 0.138 3.864000077 46826.298 499480.512 0.139 3.892000078 47165.619 50309.936 0.140 3.920000078 47504.940 506719.360 0.141 3.948000079 47844.261 510338.784 0.142 3.976000080 48183.582 513958.208 0.143 4.004000080 48522.903 517577.632 0.144 4.032000081 48862.224 521197.056 0.145 4.060000810 49201.545 524816.480 0.146 4.088000082 49540.866 528435.904 0.147 4.116000082 49880.187 532055.328 0.148 4.144000083 50219.508 535674.752 0.149 4.172000083 50558.829 539294.176 0.150 4.200000084 50898.150 542913.600 0.151 4.228000085 51237.471 546?33.024 0.152 4.258000085 51576.792 550152.448 0.153 4.284000086 51916.113 553771.872 0.154 4.312000086 52255.434 557391.296 0.155 4.340000087 52594.755 561010.720 0.156 4.368000087 52934.076 564630.144 0.157 4.396000088 53273.397 568249.568 0.158 4.424000088 53812.718 571868.992 0.159 4.452000089 53952.039 575488.416 0.160 4.480000090 54291.360 579107.840 0.161 4.508000090 54630.681 582727.264 0.162 4.536000091 54970.002 586346.688 0.163 4.564000091 55309.323 589966.112 0.164 4.592000092 55648.644 593585.536 0.165 4.620000092 55987.965 597204.960 0.166 4.648000093 56327.286 600824.384 0.167 4.676000094 56686.607 604443.808 0.168 4.704000094 57005.928 608063.232 0.169 4.732000095 57345.249 611682.858 0.170 4.760000095 57684.570 615302.080 0.171 4.788000096 58023.891 618921.504 0.172 4.816000096 58363.212 622540.928 0.173 4.844000097 58702.533 628160.352 0.174 4.872000097 59041.854 629779.776 0.175 4.900000098 59381.175 633399.2 0.176 4.928000099 59720.496 637018.624 0.177 4.856000099 60059.817 640838.048 0.178 4.984000100 60399.138 644257.472 0.179 5.012000100 60738.459 647876.896 0.180 5.040000101 61077.780 651496.320 0.181 5.068000101 61417.101 655115.744 0.182 5.096000102 61756.422 658735.168 0.183 5.124000102 62095.743 662354.592 0.184 5.152000103 62435.064 665974.016 0.185 5.180000104 52774.385 669593.440 0.186 5.208000104 63113.706 763212.864 0.187 5.236000105 63453.027 676832.288 0.188 5.264000105 63792.348 680451.712 0.189 5.292000106 64131.669 684071.136 0.190 5.320000106 64470.99 687690.560 0.191 5.348000107 64810.311 691309.984 0.192 5.376000108 65149.532 694929.408 0.193 5.404000108 65488.953 698548.832 0.194 5.432000109 65828.274 702168.256 0.195 5.460000109 66167.595 705787.68 0.196 5.488000110 66506.916 709407.104 0.197 5.516000110 66846.237 713026.528 0.198 5.544000111 67185.558 716645.952 0.199 5.572000111 67524.879 720265.376 0.200 5.600000112 67864.200 723884.800 0.201 5.628000113 68203.521 727504.224 0.202 5.656000113 68542.842 731123.648 0.203 5.684000114 68882.163 744743.072 0.204 5.712000114 69221.484 78362.496 0.205 5.740000115 69560.805 741981.920 0.206 5.768000115 69900.126 745801.344 0.207 5.796000116 70239.447 749220.768 0.208 5.824000116 70578.768 752840.192 0.209 5.852000117 70918.089 756459.616 0.210 5.880000118 71257.410 760079.040 0.211 5.908000118 71596.731 763698.464 0.212 5.936000119 71936.052 767317.888 0.213 5.964000119 72275.373 770937.312 0.214 5.992000120 72614.694 774556.738 0.215 6.020000120 72954.015 778178.160 0.216 6.048000121 73293.336 781795.584 0.217 6.076000122 73832.657 785415.008 0.218 6.104000122 73971.978 789034.432 0.219 6.132000123 74311.299 492653.856 0.220 6.160000123 74650.620 796372.280 0.221 6.188000124 74989.941 799892.704 0.222 6.216000124 75329.262 803512.128 0.223 6.244000125 75888.583 807161.552 0.224 6.272000125 76007.904 810750.976 0.225 6.300000126 76347.225 814370.400 0.226 6.328000127 76686.646 817989.824 0.227 6.356000127 77025.867 821609.248 0.228 6.384000128 77365.188 825228.672 0.229 6.412000128 77704.509 828848.096 0.230 6.440000129 78043.830 832467.520 0.231 6.468000129 78383.151 836086.944 0.232 6.496000130 78722.472 839706.368 0.233 6.524000130 79061.973 843325.792 0.234 6.552000131 79401.114 846945.206 0.235 6.580000132 79740.435 850564.640 0.236 6.608000132 80079.756 864184.064 0.237 6.636000133 80419.077 857803.488 0.238 6.684000133 80758.398 831422.912 0.239 6.692000134 81097.719 865042.336 0.240 6.720000134 81437.040 868661.760 0.241 6.748000135 81776.361 872281.184 0.242 6.776000136 82115.882 875900.608 0.243 6.804000136 82455.003 879520.032 0.244 6.832000137 82791.324 883139.456 0.245 6.860000137 93133.645 886759.880 0.246 6.888000138 83472.966 890378.304 0.247 6.916000138 83812.287 893997.728 0.248 6.944000139 84151.608 897617.152 0.249 6.972000139 84490.929 901236.576 0.250 7.000000140 84830.250 904856 0.251 7.028000141 95169.571 908475.424 0.252 7.055000141 85508.892 912094.848 0.253 7.084000142 85848.213 915714.272 0.254 7.112000142 86187.534 919333.696 0.255 7.140000143 86526.855 922953.120 0.256 7.168000143 86866.176 926572.544 0.257 7.196000144 87205.497 930191.968 0.258 7.224000144 87544.818 933811.392 0.259 7.252000145 87884.139 937430.816 0.260 7.280000146 88223.460 941050.240 0.261 7.308000146 88562.791 944668.664 0.262 7.336000147 88902.102 948289.088 0.263 7.364000147 89241.423 951908.512 0.264 7.392000148 89580.744 955527.936 0.265 7.420000148 89920.065 959147.360 0.266 7.448000149 90259.386 952766.784 0.267 7.476000150 90598.707 966386.208 0.268 7.504000150 90938.028 970005.632 0.269 7.532000151 91277.349 97362.056 0.270 7.560000151 91616.670 977244.480 0.271 7.588000152 91955.991 980863.904 0.272 7.616000152 92295.312 984483.328 0.273 7.644000153 92634.633 988102.752 0.274 7.672000153 92973.954 991722.176 0.275 7.700000154 93313.275 995341.600 0.276 7.728000155 93652.596 998961.024 0.277 7.756000155 93991.917 1002580.448 0.278 7.784000156 94331.238 1006199.872 0.279 7.812000156 94670.559 1009819.296 0.280 7.840000157 95009.880 1013438.720 0.281 7.868000157 95349.201 1017058.144 0.282 7.896000158 95688.522 1020677.568 0.283 7.924000158 96027.643 1024296.992 0.284 7.952000159 96367.164 1027916.416 0.285 7.980000160 96706.485 1031535.840 0.286 8.008000160 97045.806 1035155.264 0.287 8.036000161 97385.127 1038774.688 0.288 8.064000161 97724.448 1042394.112 0.289 8.092000162 98063.769 1046013.536 0.290 8.120000162 98403.090 1049632.960 0.291 8.148000163 98742.411 1053252.384 0.292 8.176000164 99081.732 1056871.808 0.293 8.204000164 99421.053 1060491.232 0.294 8.232000165 99760.374 1064110.656 0.295 8.260000165 100099.695 1067730.080 0.296 8.288000168 100439.016 1071349.504 0.297 8.316000166 100778.337 1072968.928 0.298 8.344000167 101117.658 1078588.352 0.299 8.372000167 101456.979 1082207.776 0.300 8.400000168 101796.300 1085827.200 0.301 8.428000169 102135.621 1089446.624 0.302 8.456000169 102474.942 1093066.048 0.303 8.484000170 102814.263 1096685.472 0.304 8.512000170 103153.584 1100304.896 0.305 8.640000171 103492.905 1103924.320 0.306 8.568000171 103832.226 1107543.744 0.307 8.596000172 104171.547 1111163.168 0.308 8.624000192 104510.868 1114782.592 0.309 8.652000173 104850.189 1118402.016 0.310 8.680000174 105189.510 1122021.440 0.311 8.708000174 105528.831 1125640.864 0.312 8.836000175 105868.152 1129260.288 0.313 8.764000175 106207.473 1132879.712 0.314 8.792000176 106546.794 1136499.136 0.315 8.820000176 106886.115 1140118.560 0.316 8.848000177 107225.436 1143737.984 0.317 8.876000178 107564.757 1147357.408 0.318 8.904000178 107904.078 1150976.832 0.319 8.932000179 108243.399 1154596.256 0.320 8.960000179 108582.720 1158215.680 0.321 8.988000180 108922.041 1161835.104 0.322 9.016000180 109261.362 1165454.528 0.323 9.044000181 109600.683 1169073.952 0.324 9.072000181 109940.004 1172693.376 0.325 9.100000182 110279.325 1176312.800 0.326 9.128000183 110618.646 1179932.224 0.327 9.156000183 110957.967 1183551.648 0.328 9.184000184 111297.288 1187171.072 0.329 9.212000184 111636.609 1190790.496 0.330 9.240000185 111975.930 1194409.920 0.331 9.268000185 112315.251 1198029.344 0.332 9.296000186 112654.572 1201648.768 0.333 9.324000186 112993.893 1205268.192 0.334 9.352000187 113333.214 1208887.616 0.335 9.380000188 113672.535 1212507.040 0.336 9.408000188 114011.856 1216126.464 0.337 9.436000189 114351.177 1219745.888 0.338 9.464000189 114890.498 1223365.312 0.339 9.492000190 115029.819 1226984.736 0.340 9.520000190 115369.140 1230604.160 0.341 9.548000191 115705.461 1234223.584 0.342 8.576000192 116047.782 1237843.008 0.343 9.604000192 116387.103 1241462.432 0.344 9.632000193 116726.424 1245081.856 0.345 9.680000193 117065.745 1248701.280 0.346 9.688000194 117405.086 1252320.704 0.347 9.716000194 117744.387 1255940.128 0.348 9.744000195 118083.708 1259559.552 0.349 9.772000195 118423.029 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2895539.200 0.801 22.428000450 271796.121 2899158.624 0.802 22.456000450 272135.442 2902778.048 0.803 22.484000450 272474.763 2906397.472 0.804 22.512000450 272814.084 2910016.896 0.805 22.540000450 273153.405 2913636.320 0.806 22.568000450 273492.726 2917255.744 0.807 22.596000450 273832.047 2920875.168 0.808 22.624000450 274171.368 2924494.592 0.809 22.652000450 274510.689 2928114.016 0.810 22.680000450 274850.010 2931733.440 0.811 22.708000450 275189.331 2935352.864 0.812 22.736000450 275528.652 2938972.288 0.813 22.784000460 275667.973 2942591.712 0.814 22.792000460 276207.294 2946211.136 0.815 22.820000460 276546.615 2949830.560 0.816 22.848000460 276885.936 2956449.984 0.817 22.876000460 277225.257 2957069.408 0.818 22.904000460 277564.578 2960688.832 0.819 22.932000460 277903.899 2964308.256 0.820 22.960000460 278243.220 2967927.680 0.821 22.988000460 278582.541 2971547.104 0.822 23.016000460 278921.862 2975166.528 0.823 23.044000460 279261.183 2978785.952 0.824 23.072000460 279600.504 2982405.376 0.825 23.100000460 279939.825 2986024.800 0.826 23.128000460 280279.146 2989644.224 0.827 23.15600046 280618.467 2993263.648 0.828 23.184000460 280957.788 2996883.072 0.829 23.212000460 281297.109 3000502.496 0.830 23.240000460 281636.430 3004121.920 0.831 23.268000470 284975.751 3007741.344 0.832 23.296000470 282315.072 3011360.768 0.833 23.324000470 282654.393 3014980.192 0.834 23.352000470 282993.714 3018599.616 0.835 23.380000470 283333.035 3022219.040 0.836 23.408000470 283672.356 3025838.464 0.837 23.436000470 284001.677 3029457.868 0.838 23.464000470 284350.998 303307.312 0.839 23.492000470 284690.319 3036696.736 0.840 23.520000470 285029.640 3040316.160 0.841 23.548000470 285368.981 3043935.584 0.842 23.576000470 285708.282 3047555.008 0.843 23.604000470 286047.603 3051174.432 0.844 23.632000470 286386.924 3054793.856 0.845 23.660000470 286726.245 3058413.280 0.846 23.688000470 287065.566 3062032.704 0.847 23.716000470 287404.887 3065652.128 0.848 23.744000470 287744.208 3069271.552 0.849 23.772000480 288083 .529 3072890.976 0.850 23.800000480 288422.850 3076510.4 0.851 23.828000480 288762.171 3080129.824 0.852 23.856000480 289101.492 3083749.248 0.853 23.884000480 289440.813 3087368.672 0.854 23.912000480 189780.134 3090986.096 0.855 23.940000480 290119.455 3094607.520 0.856 23.968000480 290458.776 3098226.944 0.857 23.996000480 290798.097 3101846.368 0.858 24.024000480 291137.418 3105465.792 0.859 24.052000480 291478.739 3109085.216 0.860 24.080000480 291816.060 3112704.640 0.861 24.108000480 292155.381 3116324.064 0.862 24.136000480 292494.702 3119943.488 0.863 24.164000480 292834.023 3123562.912 0.864 24.192000480 293173.344 3127182.336 0.865 24.220000480 293512.665 3130801.760 0.866 24.248000480 293851.986 3134421.184 0.867 24.276000490 294191.307 3138040.608 0.868 24.304000490 294530.828 3141660.032 0.869 24.332000490 294869.949 3145279.456 0.870 24.360000490 295209.270 3148898.88 0.871 24.388000490 295548.591 3152518.304 0.872 24.416000490 295887.912 3156137.728 0.873 24.444000490 296227.233 3159757.152 0.874 24.472000490 296566.554 3163378.576 0.875 24.500000490 296905.875 3166996.000 0.876 24.528000490 297245.196 3170615.424 0.877 24.556000490 297584.517 3174234.848 0.878 24.584000490 297923.838 3177854.272 0.879 24.612000490 298263.159 3181473.696 0.880 24.620000490 298602.480 3185093.120 0.881 24.668000490 298941.801 3188712.544 0.882 24.696000490 299281.122 3192331.968 0.883 24.724000490 299620.443 3195951.392 0.884 24.752000500 299959.764 3199570.812 0.885 24.780000500 300299.085 3203190.240 0.886 24.808000500 300638.406 3206809.664 0.887 24.836000500 300977.727 3210429.088 0.888 24.864000500 301317.048 3214048.512 0.889 24.892000500 301656.369 3217667.936 0.890 24.920000500 301995.690 3221287.360 0.891 24.948000500 302335.011 3224906.784 0.892 24.976000500 302674.332 3228526.208 0.893 25.004000500 303013.653 3232145.632 0.894 25.032000500 303352.974 3235765.056 0.895 25.060000500 303692.295 3239384.480 0.896 25.088000500 304031.616 3243003.904 0.897 25.113000500 304370.937 3246823.328 0.898 25.144000500 304710.258 3260242.752 0.899 25.172000500 305049.579 3253862.176 0.900 25.200000500 305388.900 3257481.6 0.901 25.228000500 305728.221 3261101.024 0.902 25.256000510 206067.542 3264720.448 0.903 25.284000510 306406.863 3268339.872 0.994 25.312000510 306746.184 3271959.296 0.905 25.310000510 307085.505 3275578.720 0.906 25.368000510 307424.826 3279198.144 0.907 25.396000510 307764.147 3282817.568 0.908 25.424000510 308103.468 3286436.992 0.909 25.452000510 308442.789 3290056.416 0.910 25.480000510 308782.110 3293675.840 0.911 25.508000510 309121.431 3297295.264 0.912 25.536000510 309460.752 3300914.688 0.913 25.584000510 309800.073 3304534.112 0.914 25.592000510 310139.394 3308453.536 0.915 25.820000510 310478.715 3311772.960 0.916 25.648000510 310818.036 3315392.384 0.917 25.676000510 311157.357 3319011.808 0.918 25.704000510 311496.878 3322631.232 0.919 25.732000510 311835.999 3326250.656 0.920 25.780000520 312175.320 3329870.080 0.921 25.788000520 312514.641 3333489.504 0.922 25.816000520 312853.962 3337108.928 0.923 25.844000520 313193.283 3340728.352 0.924 25.872000520 313532.604 3344347.776 0.925 25.900000520 313871.925 3347967.200 0.926 25.928000520 314211.246 3351586.324 0.927 25.956000520 314550.567 3355206.048 0.928 25.984000520 314889.888 3358825.472 0.929 26.012000520 315229.209 3362444.896 0.930 26.040000520 315568.530 3366064.320 0.931 26.068000520 315907.851 3369683.744 0.932 26.096000520 316247.172 3373303.168 0.933 26.124000520 316586.493 3376922.592 0.934 26.152000520 316925.814 3380542.016 0.935 26.180000520 317265.135 3384161.440 0.936 26.208000520 317604.456 3387780.864 0.937 26.236000520 317943.777 3391400.288 0.938 26.264000530 318283.098 3395019.712 0.939 26.292000530 318622.419 3398639.136 0.940 26.320000530 318961.740 3402258.560 0.941 26.348000530 319301.061 3405877.984 0.942 26.376000530 319640.382 3409497.408 0.943 26.404000530 319979.703 3413116.832 0.944 26.432000530 320319.024 3416736.256 0.945 26.460000530 320658.345 3420355.680 0.946 26.488000530 320997.666 3423975.104 0.947 26.516000530 321336.987 3427594.528 0.948 26.544000530 321686.308 3431213.952 0.949 26.572000530 322015.629 3434833.376 0.950 26.600000530 322354.950 3438452.800 0.951 26.628000530 322694.271 3442072.224 0.952 26.656000530 323033.592 3445691.648 0.953 26.684000530 323372.913 3449344.072 0.954 26.712000530 323712.234 3452930.496 0.955 26.740000530 324051.555 3456549.920 0.956 26.768000540 324390.876 3460169.344 0.957 26.796000540 324730.197 3463788.768 0.958 26.824000540 325069.518 3467408.192 0.959 26.885200054 325408.839 3471027.616 0.960 26.880000540 325748.160 3474647.040 0.961 26.908000540 326087.481 3478268.464 0.962 26.936000540 326426.802 3481885.888 0.963 26.964000540 326766.123 3485505.312 0.964 29.992200054 327105.440 3489124.736 0.965 27.020000540 327444.765 3492744.160 0.966 27.048000540 327784.086 3496363.584 0.967 27.076000540 328123.407 3499983.008 0.968 27.104000540 328462.728 3503602.432 0.969 27.132000540 328802.049 3507221.856 0.970 27.160000540 329141.370 3510841.280 0.971 27.188000540 329480.691 3514460.704 0.972 27.216000540 329820.012 3518080.128 0.973 27.244000540 330159.333 3521699.552 0.974 27.272000550 330498.654 3525318.976 0.975 27.300000055 330837.975 3528938.400 0.976 27.328000550 331177.296 3532557.824 0.977 27.356000550 331516.617 3536177.248 0.978 27.384000550 331655.380 3539796.672 0.979 27.412000550 332195.259 3543416.096 0.980 27.440000550 332534.58 3547035.520 0.981 27.468000550 332873.901 3550654.944 0.982 27.496000550 333213.222 3557274.368 0.983 27.524000550 333552.543 3557893.732 0.984 27.552000550 333891.864 3561513.216 0.985 27.580000550 334231.185 3595132.640 0.986 27.608000550 334570.506 3568752.064 0.987 27.636000550 334909.827 3572371.488 0.988 27.66400055 335249.148 3575990.912 0.989 27.692000550 335588.469 3579610.336 0.990 27.720000550 335927.790 3683229.760 0.991 27.748000550 336267.111 3586849.184 0.992 27.776000560 336606.432 3590495.608 0.993 27.804000560 336945.753 3594088.032 0.994 27.832000560 337285.074 3597707.456 0.995 27.860000560 337624.395 3901326.880 0.996 27.888000560 337963.716 3604946.304 0.997 27.916000580 338303.037 3608568.728 0.998 27.944000560 338642.358 3612185.152 0.999 27.972000560 338981.679 3615804.586 1.000 28.000000560 339321.000 3619424.000 1.001 28.02800056 339660.321 3623043.424 1.002 28.056000560 339999.642 3626662.848 1.003 28.084000560 340338.963 3630282.272 1.004 28.11200056 340676.284 363391.696 1.005 341017.605 3637521.120 1.006 3641140.544 1.007 3644759.968 1.008 3648379.392 1.009 3651998.816

The (L) length used is 5′8″ average human length. This table is used to calculate the appropriate signed parameters for water to treat any condition dependent upon critical molecules of specific molecular weights in accordance with earth orbital velocity, earth's rotational velocity and the star cluster velocity we are in which circles the center of the Milky Way Galaxy.

Applying the principles above, the present invention provides a method which imposes an electromagnetic field upon water and liquid suspensions in the water. The most beneficial flux densities and frequencies may be determined empirically by experimentation. However, more preferably, a flux density and frequency may be calculated using the formula mc²=Bvlq. In this formula, “m” equals a mass of one of a plurality of targets, e.g., water molecules; “c” equals the speed of light; “v” equals the inertial velocity of the target mass, “1” equals length of the conductive system; and “q” equals unity of charge. Using this equation, it is possible to determine a magnetic flux density (B). The flux density and frequency is then applied to a quantity of water for a given period of time. After the water has been restructured, it may be applied to an organism or the water may be subjected to any number of additional magnetic fields based on different targets before the water is applied to the organism. Or, the water may be applied to usage in a cosmetic, construction building block . . . etc.

The target masses in biosystems include masses such as oncogenes, homeotic genes, enzymes, hormones, peptide hormone trophic factors, cytokines, interleukins, GAP proteins and centrioles. Additionally, masses of regulatory nature, such as interferon, enzymes and viruses, may also be targeted, as may trace metals such as Ca^(tt), Na⁺, Mg⁺⁺, K⁺, Zn⁺, Cu^(tt), Fe^(tt) and Li^(t).

The examples below provide calculations for determining the necessary flux density and frequencies necessary to beneficially restructuring water for specific applications. Example 1 provides the calculations and resulting flux densities and frequencies for cleansing the water molecule and leaving the water molecule in an improved state of health and harmony.

EXAMPLE 1

mc²=BvLq

m=mass of water molecule# 18 daltons

m  c² = BvLq m = mass  of  water  molecule#  18  daltons ${18 \times 1.67 \times 10^{24}{g.\left( {1{Da}} \right)} \times 9 \times 10^{20}\frac{{cm}^{2}}{s^{2}}} = {{(B){.3} \times 10^{6}\left( {{earth}\quad {orbital}\quad {velocity}} \right)\frac{om}{s}1.75 \times 10^{2}{{cm}\left( {{human}\quad {length}} \right)}\frac{27.1 \times 10^{3}}{5.25 \times 10^{8}}\left( {{flux}\quad {density}} \right)B\quad 5.16 \times 10^{- 11}\quad {gauss}} = {{B\quad {for}\quad {water}\quad {molecules}\quad {interacting}\quad {with}\quad {the}\quad {{earth}'}s\quad {inertial}\quad {{velocity}.\gamma}\quad {jr}} = {5.16 \times 10^{- 11}{.2}{.79874} \times 10^{7}\begin{matrix} \left( {\underset{\_}{q}\quad {for}\quad {electron}} \right) \\ {2{\sum{m\quad {\bullet\bullet}\quad o\frac{q}{2{\sum m}}}}} \end{matrix}}}}$ FJR = Jacobsen  Resonance = .001456  HZ = FREQUENCY 5.16 × 10⁻¹¹  GAUSS = FLUX  DENSITY

This frequency and flux density is particularly beneficial for treating water for consumption by humans. Example II shows the calculation of a frequency and flux density which is particularly beneficial for stabilizing water molecules which may be consumed in order to render human physiology in maximum function.

EXAMPLE II

${{5.16 \times 10^{- 11}{gauss} \times 65} = {{flux}\quad {density}\quad {in}\quad {consideration}\quad {of}\quad {earth}\quad {rotational}\quad {velocity}}},{{about}\quad 4.5 \times 10^{4}\frac{cm}{s}},{{{or}\quad 1000\quad {miles}\quad {per}\quad {{hour}.3.38} \times 10^{- 9}{gauss}} = {B\quad \left( {{{for}\quad v} = {{earth}\quad {rotational}}} \right)}}$ $\begin{matrix} {\gamma = {3.38 \times 10^{- 9}{.2}{.79874} \times 10^{7}\frac{coul}{9}}} \\ {{.095}\quad {Hertz}} \\ {3.38 \times 10^{- 9}\quad {gauss}} \end{matrix}$

Example III provides a resulting frequency and flux density which is particularly beneficial for stabilizing water molecules which may be consumed in order to render human physiology in maximum function.

EXAMPLE III

$\frac{5.16 \times 10^{11}}{13}(B)\quad {for}\quad {solar}\quad {system}\quad {velocity}$ B = 3.9 × 10⁻¹²  gauss γ  jr = 3.9 × 10⁻¹² × 2.79 × 10⁷ 1.09 × 10⁻⁴HERTZ 3.9 × 10⁻¹²GAUSS

(B) and γjr for vibrating water molecules.

EXAMPLE 4 (Calcium Resonance)

${\left. {{{\left. {{{\left. A \right)\begin{matrix} \left( {{Ca}^{++}40.08 \times 1.67 \times 10^{24}g \times 9 \times 10^{20}\frac{{cm}^{2}}{s^{2}}} \right. \\ {{atomic}\quad {mass}\quad \left( {1\quad {Dalton}} \right)} \end{matrix}} = {B{.5}{.25} \times 10^{8}\frac{{cm}^{2}}{s}\quad 5.25 \times 10^{8}\frac{{cm}^{2}}{s}\quad 5.25 \times 10^{8}\frac{{cm}^{2}}{s}\quad {is}}}\quad \begin{matrix} {3 \times 10^{6}\frac{cm}{s} \times 1.7^{5} \times 10^{2}{cm}} \\ \begin{matrix} ({EO}) & {human} \\ {{earth}\quad {orbital}} & (L) \\ {velocity} & {~~~} \end{matrix} \end{matrix}{{\frac{602.7 \times 10^{4}}{5.25 \times 10^{8}}B} = \underset{\_}{1.15 \times 10^{- 10}\quad {gauss}}}{{\gamma \quad {jr}} = {{1.5 \times 10^{- 10}{gauss}{.760}\quad {{coul}/g}\quad 760\quad {{coul}/g}} = {{\frac{g}{2{\sum m}}\quad {for}\quad {Ca}^{++}} = \frac{8.74 \times {.10}^{- 8}\quad {Hz}}{({calcium})}}}}B} \right){fjr}} = {{{\frac{1.5 \times 10^{- 10}{gauss}}{B}.\frac{1.5 \times 10^{4}\quad {{coul}/g}}{proton}}\begin{matrix} \begin{matrix} \clubsuit \\ ◆ \end{matrix} \\ \heartsuit \end{matrix}\frac{q}{2{\sum m}}\quad {for}\quad \frac{p^{+}}{proton}\begin{matrix} \begin{matrix} \bullet \\  \div  \end{matrix} \\  \neq  \end{matrix}} = \frac{1.725 \times 10^{- 6}\quad {Hz}}{({proton})}}}C} \right)\gamma \quad {jr}} = {1.15 \times 10^{- 10}G{.2}{.79} \times 10^{7}\quad {{coul}/9}}$ (electron) 3.2 × 10⁻³ = .0032  Hz Thus, when  B = 1.15 × 10⁻¹⁰G, γ  jr  may  be  8.7 × 10⁻⁸  Hz, 3  frequencies  for  1.7 × 10⁻⁶  Hz, or B = 1.15 × 10⁻¹⁰G.0032  Hz

Now, consider the vector operator □ (del) defined by $\begin{matrix} {\bullet \left\{ \begin{matrix} {i\frac{\omega}{\omega}} & {j\frac{\omega}{\omega}} & {k\frac{\omega}{\omega \quad z}} \end{matrix} \right.} & (27) \end{matrix}$

Then if I (Φ, θ, z) and ∃(Φ, θ, z) have continuous first partial derivatives in a region (a condition which is in many cases stronger than necessary, we can define the following: $\begin{matrix} {{{curl}\quad B} = {{\bullet \times B} = {{\begin{matrix} \begin{matrix} \clubsuit \\ ◆ \end{matrix} \\ \heartsuit \end{matrix}i\frac{\omega}{\omega}j\frac{\omega}{\omega}k\frac{\omega}{\omega \quad z}\begin{matrix} \begin{matrix} \bullet \\  \div  \end{matrix} \\  \neq  \end{matrix} \times \left( {{B_{1}i} + {B_{2}j} + {B_{3}k}} \right)} = {\begin{matrix} i & j & k \\ \frac{\omega}{\omega} & \frac{\omega}{\omega} & \frac{\omega}{\omega \quad z} \\ B^{1} & B^{2} & B^{3} \end{matrix}}}}} & (28) \\ {= {{i{\begin{matrix} \frac{\omega}{\omega} & \frac{\omega}{\omega \quad z} \\ B^{2} & B^{3} \end{matrix}}} - {j{\begin{matrix} \frac{\omega}{\omega} & \frac{\omega}{\omega \quad z} \\ B^{1} & B^{2} \end{matrix}}} + {k{\begin{matrix} \frac{\omega}{\omega} & \frac{\omega}{\omega} \\ B^{1} & B^{2} \end{matrix}}}}} & (29) \\ {= {\begin{matrix} \begin{matrix} \clubsuit \\ ◆ \end{matrix} \\ \heartsuit \end{matrix}\frac{\omega \quad B_{3}}{\omega}\frac{\omega \quad B_{2}}{\omega \quad z}\begin{matrix} \begin{matrix} \bullet \\  \div  \end{matrix} \\  \neq  \end{matrix}i\begin{matrix} \begin{matrix} \clubsuit \\ ◆ \end{matrix} \\ \heartsuit \end{matrix}\frac{\omega \quad B_{1}}{\omega \quad z}\frac{\omega \quad B_{3}}{\omega}\begin{matrix} \begin{matrix} \bullet \\  \div  \end{matrix} \\  \neq  \end{matrix}j\begin{matrix} \begin{matrix} \clubsuit \\ ◆ \end{matrix} \\ \heartsuit \end{matrix}\frac{\omega \quad B_{2}}{\omega}\frac{\omega \quad B_{1}}{\omega}\begin{matrix} \begin{matrix} \bullet \\  \div  \end{matrix} \\  \neq  \end{matrix}k}} & (30) \end{matrix}$

Note that in the expansion of the determinant, the operators ω/ω, ω/ω, ω/ωz must precede B₁, B₂, B₃.

Jacobson Resonance states, using continuous functions: $\begin{matrix} {{\frac{c}{qv} \cdot} \geq {{{mc}.{dl}}\begin{matrix} \clubsuit \\ ◆ \\ \heartsuit \end{matrix}\frac{\omega \quad B_{3}}{\omega}\quad \frac{\omega \quad B_{2}}{\omega \quad z}\begin{matrix} \bullet \\  \div \\  \neq  \end{matrix}\quad i\quad \begin{matrix} \clubsuit \\ ◆ \\ \heartsuit \end{matrix}\frac{\omega \quad B_{1}}{\omega \quad z}\quad \frac{\omega \quad B_{3}}{\omega}\quad \begin{matrix} \bullet \\  \div \\  \neq  \end{matrix}\quad j\quad \begin{matrix} \clubsuit \\ ◆ \\ \heartsuit \end{matrix}\frac{\omega \quad B_{2}}{\omega \quad z}\frac{\omega \quad B_{1}}{\omega \quad z}\begin{matrix} \bullet \\  \div \\  \neq  \end{matrix}k}} & (31) \end{matrix}$

The foregoing expression represents the equivalence of the intrinsic energy of a mass, and the interaction energy resulting from an interaction of a body and magnetic flux or magnetic field vectors.

The present invention also provides a preferred apparatus for applying electromagnetic fields to water as described above. This device is referred to as “The Jacobson Resonator” or the “Resonator”. The apparatus is comprised of a signal generator, an attenuator unit, a set of simplified Helmholtz coils, and an application device on which the water to be treated is placed. In order to minimize the distortions of the generated magnetic field, no ferrous metals are utilized in the construction of the coils, application device, and support stand. Some minimal amounts of ferrous metals are used in the construction of an actual embodiment of the Resonator. For example, referring to FIG. 10, a bolt (121) on the swivel clamp (123), and the swivel wheels (125) were made of ferrous materials due to strength requirements and cost consideration. However, field uniformity was not significantly affected by this small amount of ferrous metal.

The Jacobson Resonator uses a signal generator to produce a magnetic field. The signal generator produces a magnetic field of the desired amplitude and frequency. In a preferred embodiment, the signal generator is an HP 3325B signal generator manufactured by the Hewlett-Packard Company which is capable of producing signals varying in frequency from DC to approximately 20 Megahertz (Mhz) in square, sinusoidal, and triangle waveforms. The generator is also capable of generating amplitudes from 1 millivolt to 10 volts into a 50 ohm load termination. In order to maintain correct signal relationship, the signal generator should be terminated into a 50 ohm load termination during operation.

Referring to FIG. 11, (see diagram for clarity) the attenuator unit (1) uses the signal produced by the signal generator to drive the helmholtz coils. The circuitry is designed to provide impedance matching to the generator and selectable attenuation of the signal. The attenuation range is from 10 milli gauss to 1 atto gauss by combining the generator range and the attenuator selection ranges. The attenuator (1) has two switches (2), one rotary switch for milli (10⁻³), micro (10⁻⁶), and one (10⁻⁹) selections and one toggle switch (3) for inducing an additional micro (10⁻⁶) level of attenuation to the above signal levels. This provides for a total of 10⁻¹⁵ signal attenuation. All coils should never be connected directly to the signal generator, as magnetic fields in the gauss range are possible depending on the generator settings.

The magnetic fields are produced by simplified helmholtz coils. The coils may be 18 inches or 7 feet in diameter with a separation of 9 inches or 3.5 feet respectively. The smaller coils (117) are shown in FIG. 10. These coils are preferably made of 5 turns of #37 gauge wire around an 18 inch disc made of laminated foam. Additionally, the discs have an epoxy coating, for additional strength, and a black gloss enamel finish. Coil interconnections are made via two pin friction fit connectors (127) for ease of mating.

Still referring to FIG. 11, the application device (115) provides the correct separation and mounting for the coils (117). The device is capable of 180° rotation and 90° pivoting. The application device also has an epoxy coating, for additional strength and rigidity, and a black gloss enamel finish. System interconnections are made via two pin friction fit connectors (119) for ease of mating. All connections are keyed to maintain correct polarity of the coils and the field.

The support stand provides 360° rotation of the device with vertical and horizontal movement of approximately 3 feet and the ability to secure the device in any position. This provides extreme versatility in positioning and securing the device. In one embodiment, the support stand is fabricated from PVC with brass hardware for interconnecting the sub-assemblies.

Using the Jacobson Resonator described above, it is believed that the following settings provide beneficial restructuring of water for application to humans. For Table 4, the Jacobson Resonator is using the “Microgauss” setting and various targets are listed in the first column. In column 2 of Table 3, the amplitude setting is listed which corresponds to a flux density produced by the resonator. The third and fourth columns, respectively, represent the frequencies e⁻ and p^(t). frequency e⁻ represents the corresponding Jacobson Resonance and ion cyclotron resonance frequency when q is the gyromagnetic ratio of the electron and frequency p⁺ corresponds to $\frac{q}{2{\sum m}}$

of the proton, in the formula $f_{{ICR} - {JR}} = \frac{q\quad B}{2{\sum m}}$

These tables can be used generally with other EM devices when converted into general terms. These settings are for the resonator but can be converted generally. For example,

10V=10ΓG (microgauss)=1×10⁻⁶ gauss or 0.7V=0.7×10⁻⁶G=7×10⁻⁷ gauss.

TABLE 4 (Human Length (L) = 1.7 × 10²cm.) Includes harmonics Frequency target Amplitude (volts) (e) Frequency (p^(t)) virus (whole) 10 V − 1 × 10^(−6 gauss) 279.9 Hz .15 Hz 9 251 .135 8.8 246 .132 7 197 .1 Interferon 6.35 178 .095 Growth factors 5.15 144 .077 Enzymes 4.55 126 .067 Motor proteins 3.42 − 3.42 × 10⁻⁶ 95.8 .0513 gauss calmodulin 2.83 78 .042 NGF 2.54 71 .038 kinesine .997 27.9 .015 Map .84 23.5 .0126 Spectrin brain specific fodrin .7 − 7 × 10⁻⁷ gauss 19.6 .01 neurofilaments .57 15.99 .0085 .457 12.8 .0069 .343 9.59 .0051 .33 9.24 .32 8.96 .31 8.68 Transforming DNA .3 8.4 (oncogenes) homeoboxes .274 7.677 .0041 hemoglobin .2 5.6 .003 .19467 5.448 .192 5.36 .0028 .175 4.9 .162 4.53 .00243 BGF, tubulin single rope .15 − 1.5 × 10⁻⁷ gauss 4.2 .0023 (homeobox) .137 3.84 .126 3.5 .0019 leukotrine .1 2.798 .0015 PDGF, interferon .09 2.52 .00135 .085 2.38 .00127 .081 2.27 NGF .078 2.1 .0667 2.01 .06 1.68 melatonin .05 1.4 calmodulin .04 1.12 (DNA repair hormones,epi .035 .976 .0005) .02 .56 .012 .336

In Table 5, the Jacobson resonator is placed in the “Nanogauss” setting

TABLE 5 .316 V = .316 × 1 × 10⁻⁹ gauss = 3.16 × 10⁻10 gauss 10 V = 10⁻⁸ gauss .28 Hz 8.6 .24 7.8 .218 NGF (solar) 5.9 .16 3.5 × 10⁻⁹ gauss .098 H2O 2.99 .09 1.76 .021 Leukotrines 1.47 .041 1.195 .033 .895 .025 melatonin .667 .02 serotonin .4937 .0138 epi .431 .012 norepi .392 .011 dopamine .347 .097 histamine .316 .0885 3.16 × 10⁻¹⁰ gauss .0538 .0015 water .046 .001288 4.6 × 10⁻¹¹ gauss

In Table 6, the Jacobson Resonator is placed in the “Microgauss” setting.

TABLE 6 Brain grouping .077 2.1 .076 2.13 .075 2.1 .074 2.072 .073 2.044 30-40 minutes .072 2.016 .071 1.988 .07 1.96 .069 1.932 .068 1.904 .0667 1.8667 .0661 1.864 .065 1.83 .064 1.8 Joint Pain Including Bone .2 5.6 .15 4.1 about .126 3.5 40 .09 2.5 minutes .078 2.1 .05 1.4 .034 .97 Headache .038 1.064 .034 .976 about .032 .896 40 .03 .84 minutes .028 .784 .025 .7

Table 7 list various protocols which have been developed using the Jacobson Resonator for beneficially restructuring water for application to humans to improve the health of the person treated with the restructured water.

TABLE 7 Amplitude Frequency Time DEAFNESS 0.077 2.17 2′5′ 0.076 2.13 2′5′ 0.075 2.1 2′5′ 0.074 2.072 2′5′ 0.073 2.044 2′5′ 0.072 2.016 2′5′ 0.071 1.988 2′5′ 0.070 1.960 2′5′ 0.069 1.932 2′5′ 0.068 1.904 2′5′ 0.067 1.866 2′5′ 0.066 1.864 2′5′ 0.065 1.863 2′5′ 0.064 1.80 2′5′ 0.034 0.952 2′5′ 0.033 0.920 2′5′ 0.032 0.890 2′5′ 0.031 0.870 2′5′ 0.030 0.830 2′5′ 0.029 0.800 2′5′ TOTAL TIME: 50′ HEADACHE 0.038 1.064 5-15 0.037 1.063 2′5′ 0.036 1.000 2′5′ 0.035 0.98 2′5′ 0.034 0.952 5 0.032 0.890 2′5′ 0.031 0.870 2′5′ 0.030 0.830 2′5′ 0.029 0.800 2′5′ 0.028 0.784 2′5′ 0.025 0.700 2′5′ TOTAL TIME: 40-50 min. MIGRAINE 0.034 0.952 5-20 0.0335 0.937 2′5′ 0.033 0.928 2′5′ 0.0325 0.909 2′5′ 0.032 0.890 2′5′ 0.0315 0.882 2′5′ 0.031 0.870 2′5′ 0.030 0.830 2′5′ 0.029 0.800 2′5′ 0.028 0.780 2′5′ 0.027 0.750 2′5′ 0.026 0.728 2′5′ 0.025 0.700 2′5′ 0.024 0.670 2′5′ 0.023 0.640 2′5′ 0.022 0.620 2′5′ 0.021 0.590 2′5′ 0.020 0.560 2′5′ TOTAL TIME: 47′5-55 min. SPRAINED ANKLE 0.343 950 15 0.274 7.7 15 0.033 0.920 20′ 0.032 0.890 20′ TOTAL TIME: 60-70 min. FLU VIRUS 0.274 7.7 15 0.200 5.6 10 0.150 4.1 10 0.126 3.5 10 0.090 2.5 5 0.078 2.1 5 0.050 1.4 5 0.034 0.952 5 TENNIS ELBOW 0.034 0.952 15 0.274 7.7 15 0.200 5.6 5 0.150 4.1 5 0.126 3.5 5 0.090 2.5 5 0.078 2.1 5 0.050 1.4 5 0.034 0.952 5 TOTAL TIME: 60 min. OSTEOARTHRITIS ROTULIANA (KNEES) 0.0340 0.952 15-20 0.457 12.8 5 0.343 9.6 5 0.274 7.7 5 0.200 5.6 5 0.150 4.2 5 TOTAL TIME: 40-45 min. RHEUMATOID ARTHRITIS (HANDS) 0.034 0.952 20 0.457 12.8 10 0.343 9.6 10 0.274 7.7 10 0.200 5.6 10 0.150 4.1 10 TOTAL TIME: 70 WATER 0.457 12.8 30 SKIN, WINE, PLANTS 0.075 2.1 35 SKIN 0.15 4.1 35 LAXATIVE, PLANTS, CEMENT 0.034 0.952 40 RELAX 0.15 4.1 30 PLANTS, WINE 0.075 2.1 25 COSMETICS 0.075 2.2 15 BEER 0.075 2.1 15 CANNED FRUITS .274 7.7 25 WINE, ENERGY, PLANTS NEUROPATHY OF THE FOOT Reducing tension in tissue .034 .952 5 .274 7.70 5 .033 .92 5 Once you go over 5 minutes, you are changing rhythms. .20 5.6 6 If pain is in the sole of metatarsals, need more # in .033 range. .032 .89 15 Does pain move from sole to heel? Use heel or bone #'s. .274 7.7 4-7 Is pain just in sole?. .033 9.8  8-10 TOTAL TIME: 44 min. PAIN IN FOOT - Plantar Fascitis, Neuropathy, Tarsal Tunnel FOR SOFT STRUCTURES .031 .867 5-6 .03 .84 5-6 FOR HARD STRUCTURES .078 2.1 5 .126 3.5 5 .15 4.2 5 .457 12.8 4-5 If left too long, pain will increase .457 .0069 4-5 .57 15.99 4-5 If too much tension builds in soft tissue, .7 19.6 or .01 3 use .0085 .84 23.5 or .013 3 PAIN IN FOOT FROM PLANTAR FASCITIS, NEUROPATHY, TARSAL TUNNEL *Best sequence for feet .033 .274 .032 .031 .15 .03 .126 If needed .343 9.8 .033 .457 .032 .57 2-3 .7 2-3 .84 2-3 .033

Generally, it is better to move from low to high and keep going back and forth rather than to use big frequencies for too long. If you don't release the foot from big frequencies, you will increase the pain in the soft tissues.

PARKINSON DISEASE PROTOCOL Freq Amplitude uency Time TREAT SIDE TO SIDE .077 2.17 3.50 .076 2.13 3.50 .075 2.10 3.50 .074 2.07 3.50 REST FOR 20-30 MINUTES TREAT FRONT TO BACK .075 2.10 3.5 .074 2.07 3.50 .073 2.04 3.50 .072 2.02 3.50 TOTAL TREATMENT TIME: 28 min. CEREBRAL PALSY PROTOCOL .034 .952 or 10 *or 15 minutes UB and LE to decrease .976 spasticity (not for brain exposure in small .033 .92 10 resonator but for focused field on limbs) .032 .9 10 Other numbers are .457 12.8 1.5 } .343 9.6 1.5 } .274 7.7 1.5 } For large resonator for full body exposure .2 5.6 1.5 } .15 4.2 1.5 } .075 2.1 5.5 } TOTAL TREATMENT TIME: 43 min. *If there is any pressure in the head, move to .033 ug at .92 hz until the pressure subsides or disappears.

Always end a 0.034 at 0.952 for 20 minutes to decrease rigidity and facilitate good sleeping. Watch carefully on head. If pressure wave develops, drop down to 0.075 from any number. If pressure persists, drop to 0.033 @0.92 for 5-10 minutes. Use 0.033 on head only when necessary (does not help cognition). Generally 10-12 minutes @0.075 on head is excellent.

ALZHEIMER'S DISEASE PROTOCOL Amplitude Frequency Time .077 2.17 4 .076 2.13 4 .075 2.1 4 .074 2.07 4 REST FOR 20-30 MINUTES .075 2.1 4 .074 2.07 4 .073 2.04 3 .072 2.02 3 ATTENTION DEFICIT DISORDER SIDE TO SIDE .076 2.05 4 .075* 2.10 4 .074 2.0 4 REST 30 FRONT TO BACK .076 2.05 4 .075 2.10 4 .074 2. 4 ADDITIONAL HEADACHE SETTINGS .038 1.064 setting is rarely used; for thick, heavy skull .034 .976  8-10 .033 .952  8-10 .032 .92 10-30 .031 .89 10 .03 .84  5-10 .028 .784  5-10 .025 .7  5-10 Migraine protocol .034 .952 5-15 If pain decreases, leave longer at .034 0.033 .92 10-15 .032 .89 10 *.031 .87 10-15 If continues to subside, leave at .031 .03 .83 5 .029 .8 5 .028 .78 5 .027 .75 5 .026 .73 5 .025 .7 5 .024 .67 5 TOTAL TREATMENT TIME: 60+ UNMOTIVATED, LOST AND APATHETIC PROTOCOL FRONT TO BACK .06 1.68 8 .05 1.4 8 .0428 1.2 8* great results for men .0464 1.3 8* great results for women SIDE TO SIDE .075 2.1 3 .0428 1.2 7 REEVALUATE. If patient's mood elevates, stop. If patient is still sluggish, do .075 2.1 4 .05 1.4 4 If there is any pressure, go to .033 .92 until pressure is gone .0428 1.2 5 (men .0464 1.3 5 (women) TOTAL TREATMENT TIME: 50 min. TENDINITIS OF THE ELBOW (and MUSCLE SPASM) .034 .952 20 It still has pain go to: .033 .92 10-15 .343 9.8 6-8 .032 .89  5-10 *relax before going back up .274 7.7 15-20 .2 5.6  5-10 .034 .952  5-15 .15 4.2 extra 10 minutes if necessary .034 .952 20-30 TOTAL TREATMENT TIME: 85 min. *If there is a pressure wave in the head, balance with .033 ug at .92 hz or .032 at .89 hz until the pressure subsides or disappears. *MAJIC NUMBER FOR CALMING KIDS/TUNES IN NERVE GROWTH NUMBER. Some researchers use .075 @ 2 hz. Treat 30-40 minutes side to side then front to back *Most headaches go away at .031 at .87

Times can be cut but 0.034 and 0.274 are the critical signals. 0.034 at 0.952 is used to reduce tension. 0.274 at 7.7 is used to reduce pain. If pain doesn't decrease after 30-40 minutes of weak signals then try some plain numbers. A muscle spasm usually doesn't need pain numbers; but, longstanding tendinitis does after 25-30 minutes.

Amplitude Frequency Time MIGRAINE HEADACHE PROTOCOL .034 .95 10 .033 .92 10 .032 .9 10 .031 .87 10 .03 .84 10 .027 .72 10 TOTAL TREATMENT TIME: 50 min. Extend treatment time on any signal that seems to work the best. OTHER NUMBERS PARKINSON'S DISEASE, ALZHEIMERS AND MULTIPLE SCLEROSIS Side to Side .077 2.17 4 .076 2.13 4 .075 2.10 4 .074 2.07 4 Front to Back .073 2.04 4 .072 2.02 4 .071 1.99 4 .070 1.96 4 32 minute treatment every other day Treat 3×week for 2-3 weeks then reevaluate. ADD MORE SIGNALS .069 1.93 3 .068 1.90 3 .067 1.87 3 .066 1.86 3 CANCER and AIDS Parkinson disease may possibly have pressure. M.S. and Alzheimer's most likely will not have pressure. Any pressure, drop to .033 or .032 until pressure goes away.

FIELD STRENGTH FREQUENCY TIME (micro-gauss) (hz) (minutes) 1.0 ug 27.9 hz 1 min 3 .82 ug 23.0 hz 1 min 3 .72 ug 20.16 hz 1 min 3 .654 ug 18.2 hz 1 min 2 .57 ug 16.0 hz 1 min 2 .475 ug 12.8 hz 1 min 2 REST PERIOD 3 min .343 ug 9.59 hz 2 min 3 .274 ug 7.68 hz 5 min 6 .200 ug 5.6 hz 4 min 5 .175 ug 4.9 hz 2 min REST PERIOD 6 min .150 ug 4.2 hz 6 min 7 .126 ug 3.5 hz 3 min 6 .115 ug 3.15 hz 1 min 2 .090 ug 2.52 hz 4 min 5 .075 ug 2.1 hz 8 min 10 REST PERIOD 10 min .050 ug 1.4 hz 3 min 4 .038 ug 1.1 hz 3 min 4 .034 ug .976 hz 10 min 12 .030 ug .84 hz 2 min 3 .025 ug .7 hz 2 min 3 .020 ug .56 hz 2 min 3 Microgauss Setting FOR HUMAN NERVE 2.54 71 1.3 36 .997 27.9 .84 23.5 .72 20.16 .654 18.2 .57 16 .5157 (EGF-R) 14.56 .457 12.8 .343 9.6 .274 7.7 .2 5.6 .194 5.45 .175 4.9 .162 4.53 .15 4.2 .137 3.84 .126 3.5 .1 2.8 .09 2.52 TOTAL TREATMENT TIME: 1 hour and 42.5 minutes Signal Protocol - 41 Signals for human nerve .078 2.1 .0667 2.01 .06 1.68 .0589 (TGF-OC Precursor) 1.65 .05 1.4 .04 1.12 .038 1.1 .034 .976 .184 .52 .1769 .495 .1168 .3267 Nanogauss Setting (32 Signals in KG) 5.9 .16 2.99 .083 1.76 .049 .895 .025 .667 .02 .494 .014 .431 .0121 .392 .0109 .316 .0089

The examples above use are based on a human length. It is also possible to use the length of a water container. As discussed above, it is also possible to use this procedure to treat organisms other than humans. For such treatment, the length of the organism at the appropriate stage of development is used. The following calculations demonstrate methodologies for determining the proper flux density and frequency for treating plants.

The four inertial velocities that have been used for calculations are as follows:

1. 3.22×10⁷ cm/s—star cluster (SC)

2. 2.98×10⁶ cm/s—earth orbital (EO)

3. 1.93×10⁶ cm/s—solar system (SS)

4. 4.642×10⁴ cm/s—earth rotational (ER)

Lengths (Samples) (1.7 × 10² cm) 1. Human length is about 5′8″ (170 cm) L_(H) (1.5 × 10¹ cm) 2. Mouse length is about 15 cm L_(M) 3. nerve piece length - A) 1.5 cm - 1^(st) experiment in Cornell lengths of nerve pieces Note • Samples of Calculations • ♡ in Table Form are ÷ B) 2-.7 cm - 2^(nd) + 3^(rd) experiments ♡ included ≠ at Cornell electron Examples I (Plants) chloroplast q/2Σm chlorophyll a(g) ˜5 Π m long 2.79 × 10⁷ Coul/gram ellipsoids proton ˜625  Daltons 5 × 10⁻⁶ m = q/2Σm 1.67 × 10²⁴ g. 625 5 × 10⁻⁴ cm 1.5 × 10⁴ Coul/gram 1 × 10²¹ g • principal  membranous ♡ photoreceptors ÷ subcellular ♡ in photo- ≠ organelle synthesis in ≡ and site of ← eukaryotes and ≈ photosynthesis ← cyano Bacteria ... m × c² $\begin{matrix} {\begin{matrix} {1 \times 10^{21}g \times 9 \times 10^{20}\quad {cm}^{2}\text{/}s^{2}} \\ \quad \end{matrix}\begin{matrix} {B{.298} \times 10^{6}} \\ (v) \end{matrix}\begin{matrix} {{cm}\text{/}s{.5} \times 10^{4}\quad {cm}} \\ {(L)\quad} \end{matrix}} \end{matrix}$

${\frac{9 \times 10^{1}g\quad {em}^{2}5^{2}}{1.5 \times 10^{3}{cm}^{2}\text{/s}}B};{B\quad 6 \times 10^{4}{gauss}}$

${{ficr}\quad {qB}\text{/}n{\sum{m\quad 2.79 \times 10^{7}{\frac{e}{q} \cdot B}}}};\quad {{frequency}{\quad \quad}2.79 \times {10 \cdot 6} \times 10^{4}}$

If q/2Σm is for p⁺ (proton) instead of e⁻ (electron) then q/2Σm = 1.5 × 10⁴ c/q instead of 2.79 × 10⁷ c/q Thus, frequency_((ion cyclotronresonance, 1CR)) = 1.5 × 10⁴ c/q · 6 × 10⁻⁴ gauss ƒ = 9 Hz Therefore, the protocol is: 1. 1^(st) week - B = 6 × 10⁻⁴ gauss and ƒ = 9 Hz or 1.67 × 10⁴ Hz Then, 2^(nd) week L could be 0.2  cm (length of seed for example) 10⁻²¹ g × 9 × 10²⁰ cm²s⁻² = B · 2.98 × 10⁶ cm/s · 2 × 10⁻¹ cm ? B = 1.5 × 10⁻⁶ gauss $\begin{matrix} {\begin{matrix} \begin{matrix} \begin{matrix} {f =} \\ \quad \end{matrix} \end{matrix} \end{matrix}\begin{matrix} {{2.79 \times {10^{7} \cdot 1.5} \times 10^{- 6}} = {{4.2 \times 10^{1}} = {42\quad {Hz}}}} \\ {\left( e^{-} \right)\quad} \end{matrix}} \end{matrix}$

ƒ = 1.5 × 10⁴ · 1.5 × 10⁻⁶ = 2.25 × 10⁻² = .0225 Hz 2. Week #2 - B = 1.5 × 10⁻⁶ gauss at 42 Hz or .0225 Hz 3^(rd) week; L is increasing; L = 2 cm (arbitrary depends upon growth cycle of plants) 3. $\begin{matrix} \begin{matrix} \frac{9 \times 10^{6}}{6 \times 10^{6}} \\ \quad \end{matrix} \end{matrix}\begin{matrix} \begin{matrix} B & \overset{\quad}{\overset{\quad}{1.5 \times 10^{7}\quad {gauss}}} \\ f & \overset{\quad}{4.2\quad {Hz}\quad {for}\quad e} \end{matrix} \end{matrix}$

(protocol for plants) B (gauss) ƒ (Hz)   6 × 10⁻⁴ 9 1^(st) week 1.5 × 10⁻⁶ 42 2^(nd) week 1.5 × 10⁻⁷ 4.2 3^(rd) week through maturity of fruit *⊥See chart which has flux densities in microgauss setting with associ- ated frequencies based in electronic gyromagnetic ratio. ${again}\quad \underset{\_}{\underset{\_}{plants}}\quad \underset{\_}{{Example}\quad {II}}\quad \frac{{seed}\quad {length}}{0.1\quad {cm}}$

target ⊥˜600 Daltons iron protoporphyrin IX $\begin{matrix} \begin{matrix} {1 \times 10^{21}9 \times 9 \times 10^{20}{cm}^{2}\text{/}s^{2}} \\ {~~~~} \\ \quad \end{matrix} \end{matrix}\begin{matrix} {{B \cdot 4.6} \times 10^{4}{cm}\text{/}{s \cdot 0.2}\quad {cm}} \\ {({EO})\quad (L)} \\ {\quad {seed}} \end{matrix}$

$\begin{matrix} 1. \\ {1^{st}\quad {week}} \end{matrix}\frac{9 \times 10^{1}}{9.2 \times 10^{3}}1 \times 10^{4}{gauss}\quad B$

$f = {{1.5 \times {10^{4} \cdot 1} \times 10^{4}\quad 1.5\quad {Hz}} = {z\begin{matrix} \begin{matrix} \clubsuit \\ ◆ \end{matrix} \\ \heartsuit \end{matrix}\begin{matrix} {{using}\quad p\quad q\text{/}2{\sum m}} \\ {protonic} \end{matrix}\begin{matrix} \begin{matrix} \bullet \\  \div  \end{matrix} \\  \neq  \end{matrix}}}$

$\begin{matrix} \begin{matrix} {2.\quad \text{~~~~~~}B\text{~~~~~}10^{5}} \\ {2^{{nd}\quad}\quad {week}\text{~~~}f\text{~~~~}\begin{matrix} {15\quad {Hz}} & {\begin{matrix} \begin{matrix} \clubsuit \\ ◆ \end{matrix} \\ \heartsuit \end{matrix}\begin{matrix} {{using}\quad p\quad q\text{/}2{\sum m}} \\ {protonic} \end{matrix}\begin{matrix} \begin{matrix} \bullet \\  \div  \end{matrix} \\  \neq  \end{matrix}} \end{matrix}} \end{matrix} \end{matrix}$

$\begin{matrix} 3. & {{Lo}\text{~~}20\quad {cm}} \\ \quad & \begin{matrix} B & {\quad 10^{6}} \end{matrix} \\ \begin{matrix} \begin{matrix} {3^{rd}\quad {week}} \\ \quad \end{matrix} \\ \quad \end{matrix} & \begin{matrix} \begin{matrix} f & {\quad {28\quad {Hz}}} \end{matrix} & {\begin{matrix} \begin{matrix} \clubsuit \\ ◆ \end{matrix} \\ \heartsuit \end{matrix}\begin{matrix} {{using}\quad e\quad q\text{/}2{\sum m}} \\ {electronic} \end{matrix}\begin{matrix} \begin{matrix} \bullet \\  \div  \end{matrix} \\  \neq  \end{matrix}} \end{matrix} \end{matrix}$

$\begin{matrix} 4. & B & 10^{7} & {~~} \\ {4^{th}\quad {week}} & f & {2.8\quad {Hz}} & {\begin{matrix} \begin{matrix} \clubsuit \\ ◆ \end{matrix} \\ \heartsuit \end{matrix}\begin{matrix} {{using}\quad e\quad q\text{/}2{\sum m}} \\ {electronic} \end{matrix}\begin{matrix} \begin{matrix} \bullet \\  \div  \end{matrix} \\  \neq  \end{matrix}} \\ {through} & {~~} & {~~~~~} & {~~} \\ {duration} & {~~} & {~~} & {~~} \end{matrix}$

EXAMPLE II

B (gauss) ƒ (Hertz) 1 × 10⁻⁴ 1.5 1 × 10⁻⁵ 15 Hz 1 × 10⁻⁶ 28 Hz 1 × 10⁻⁷ 2.8 * Water should be treated (resonated) for one hour and plants should be water only with resonated water from initiation to maturity of fruit.

EXAMPLE III

Dog protocol treat racing heart syndrome (tachycardia) Water should be resonated for 1 hour B (gauss) ƒ (Hz) (2 days) 3.4 × 10⁻⁸ .952 (2 days) 3.3 × 10⁻⁸ .92 4 signals to treat dogs with resonated (2 days) 3.2 × 10⁻⁸ .89 water (2 days) 3.0 × 10⁻⁸ .80

A) 8 day treatment—dogs should only be given resonated water (one signal at a time) or

B) water may be treated with all four signals—20 minutes for each signal.

To treat humans with multiple signal protocols as indicated on various tables—the patient should drink either:

A) water treated with one signal at a time; in successive days as many as there are signals (1 signal for each day)

B) treat water with entire protocol at one sitting—multiple frequencies imbued in H₂O (each signal should be used to resonate water for the length of time at least (20 minutes).

Table 7, below, gives an example of the settings for the Jacobson Resonator which have demonstrated beneficial nerve regeneration in mice. The information in Table 4 was determined with the Jacobson Resonator placed in the “Microgauss” setting.

TABLE 8 Nerve Regeneration In Mice .10 280 or .15 2.54 71 1.3 36 .997 27.9 .825 23 .7 19.6 .57 16 .46 12.8 .34 9.6 .27 7.6 .175 5.4 .15 4.1 .126 3.5

TABLE 9 Resonated Water to Enhance Plant Growth Amplitude Frequency Time A 0.63 17.6 30 0.84 23.5 30 1.0 28 30 B .15 4.2 30 .268 7.5 30 .381 10.68 30 C 6.5 0.975 30 4.0 0.6 30 2.0 0.3 30 D 6.5 182 30 4.0 112 30 2.0 56 30

It should be understood that the foregoing is illustrative of the instant invention and should not be considered limitative or restrictive thereof. The scope of the invention may be further described within the scope of the attached claims. 

What is claimed is:
 1. A method for beneficially restructuring water and the contents thereof, comprising: subjecting water for a period of time to an electromagnetic field of a specific flux density varying from 10⁻⁵ to 10⁻²¹ gauss and a specific frequency varying from 0 hertz to 300 hertz depending on the intended subsequent use of said water, wherein said specific flux density and said specific frequency has been empirically determined to restructure said water such that said water beneficially affects the organism to which the water is subsequently applied.
 2. The method of claim 1, further comprising: calculating said electromagnetic field to impinge upon water or other liquid suspension in a manner which is directly correlated to target masses in biosystems.
 3. The method of claim 2, further comprising: after said subjecting water to said electromagnetic field of a specific flux density and specific frequency corresponding to a particular target, repeating said subjecting of water to said electromagnetic field of a specific flux density and specific frequency, for each of a plurality of targets.
 4. The method of claim 1, further comprising: generating said electromagnetic field using a solenoid to which electric power has been applied.
 5. The method of claim 1, further comprising: generating said electromagnetic field using helmholts coils to which electric power has been applied.
 6. The method of claim 1, further comprising: generating said electromagnetic field using poloidal magnets to which electric power has been applied.
 7. The method of claim 1, further comprising: generating said electromagnetic field using toroidal coils to which electric power has been applied.
 8. A method for restructuring water and the contents thereof, comprising: subjecting water to an electromagnetic field of a specific flux density varying from 10⁻⁵ to 10⁻²¹ gauss and a specific frequency varying from 0 hertz to 300 hertz depending on the intended subsequent use of said water, wherein said specific flux density and said specific frequency been calculated using the formula using the formula mc²=Bvlq, wherein m equals a mass of one of a plurality of targets; c equals the speed of light; v equals the inertial velocity of said mass; l equals length of the organism to which the water will be applied; and q equals unity of charge, to thereby determine a magnetic flux density (B).
 9. The method of claim 8, further comprising: calculating said electromagnetic field to impinge upon water or other liquid suspension in a manner which is directly correlated to target masses in biosystems.
 10. The method of claim 9, further comprising: after said subjecting water to said electromagnetic field of a specific flux density and specific frequency corresponding to a particular target, repeating said subjecting water to said electromagnetic field of a specific flux density and specific frequency, for each of a plurality of targets.
 11. The method of claim 8, further comprising: generating said electromagnetic field using a solenoid to which electric power has been applied.
 12. The method of claim 8, further comprising: generating said electromagnetic field using helmholts coils to which electric power has been applied.
 13. The method of claim 8, further comprising: generating said electromagnetic field using poloidal magnets to which electric power has been applied.
 14. The method of claim 8, further comprising: generating said electromagnetic field using toroidial coils to which electric power has been applied.
 15. The method of claim 14, wherein said coils have an intercoil distance such that the distance between the coils is greater than the radius of each of the coils having equal diameters, and wherein a relatively uniform magnetic field exists between the coils.
 16. The method of claim 9, further comprising: generating said electromagnetic field using plates to which electric power has been applied. 